Available versions

ver. 5.0
ver. 6.0
ver. 5.4

APC NetBotz Rack Monitor 200

Overview

LLD of Sensors (Currently Temperature and Humidity & Wireless Tempurature and Humidity)
Trigger Prototypes for recommended Humidity and Tempurature based on Netbotz configured thresholds
Graph Prototypes for Temperature and Humidity

Macros used

There are no macros links in this template.

Template links

There are no template links in this template.

Discovery rules

Name	Description	Type	Key and additional info
APC Temp/Humidity Sensor Module	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module<p>Update: 15s</p>

Items collected

Name	Description	Type	Key and additional info
{#SNMPVALUE} Alarm	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.alarm.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>

Triggers

Name	Description	Expression	Priority
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 200:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	disaster

APC NetBotz Rack Monitor 250

Overview

LLD of Sensors (Currently Temperature and Humidity & Wireless Tempurature and Humidity)
Trigger Prototypes for recommended Humidity and Tempurature based on Netbotz configured thresholds
Graph Prototypes for Temperature and Humidity

Overview

LLD of Sensors (Currently Temperature and Humidity & Wireless Tempurature and Humidity)
Trigger Prototypes for recommended Humidity and Tempurature based on Netbotz configured thresholds
Graph Prototypes for Temperature and Humidity

Macros used

Name	Description	Default	Type
{$HYSTERESIS}	<p>-</p>	`2`	Text macro

Template links

Name
APC NetBotz Rack Monitor 200

Discovery rules

Name	Description	Type	Key and additional info
APC Temp/Humidity Sensor Module	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module<p>Update: 15s</p>
Wireless APC Sensor	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless<p>Update: 30s</p>

Items collected

Name	Description	Type	Key and additional info
{#SNMPVALUE} Alarm	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.alarm.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Alarm - Enabled	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} RSSI: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} RSSI	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} RSSI: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Battery: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Battery	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Battery: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>

Triggers

Name	Description	Expression	Priority
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Low Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”].last()}+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Min Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”].last()}+2))</p>	high
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”].last()}+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”].last()}+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”].last()}+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”].last()}+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Low Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”].last()}+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Min Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”].last()}+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”].last()}+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”].last()}+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”].last()}+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”].last()}+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”].last()}+{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold (LLD)	<p>-</p>	<p>Expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”].last()}-{APC NetBotz Rack Monitor 250:apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”].last()}))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Low Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”].last()}+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Min Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”].last()}+2))</p>	high
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”].last()}+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”].last()}+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”].last()}+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”].last()}<=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”].last()}+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Low Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”].last()}+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Min Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”].last()}+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”].last()}+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}<={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”].last()}+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”].last()}+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold (LLD)	<p>-</p>	<p>Expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=1 and ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>={APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”].last()})</p><p>Recovery expression: {APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”].last()}=0 or ({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”].last()}>=({APC NetBotz Rack Monitor 250:apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”].last()}+2))</p>	disaster

APC NetBotz Rack Monitor 200

Overview

LLD of Sensors (Currently Temperature and Humidity & Wireless Tempurature and Humidity)
Trigger Prototypes for recommended Humidity and Tempurature based on Netbotz configured thresholds
Graph Prototypes for Temperature and Humidity

Macros used

There are no macros links in this template.

Template links

There are no template links in this template.

Discovery rules

Name	Description	Type	Key and additional info
APC Temp/Humidity Sensor Module	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module<p>Update: 15s</p>

Items collected

Name	Description	Type	Key and additional info
{#SNMPVALUE} Alarm	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.alarm.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>

Triggers

Name	Description	Expression	Priority
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster

APC NetBotz Rack Monitor 250

Overview

LLD of Sensors (Currently Temperature and Humidity & Wireless Tempurature and Humidity)
Trigger Prototypes for recommended Humidity and Tempurature based on Netbotz configured thresholds
Graph Prototypes for Temperature and Humidity

Overview

LLD of Sensors (Currently Temperature and Humidity & Wireless Tempurature and Humidity)
Trigger Prototypes for recommended Humidity and Tempurature based on Netbotz configured thresholds
Graph Prototypes for Temperature and Humidity

Macros used

Name	Description	Default	Type
{$HYSTERESIS}	<p>-</p>	`2`	Text macro

Template links

Name
APC NetBotz Rack Monitor 200

Discovery rules

Name	Description	Type	Key and additional info
APC Temp/Humidity Sensor Module	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module<p>Update: 15s</p>
Wireless APC Sensor	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless<p>Update: 30s</p>

Items collected

Name	Description	Type	Key and additional info
{#SNMPVALUE} Alarm	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.alarm.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Alarm - Enabled	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} RSSI: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} RSSI	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} RSSI: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Battery: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Battery	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Battery: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>

Triggers

Name	Description	Expression	Priority
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Low Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Min Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”])+2))</p>	high
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”])+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”])+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Low Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Min Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”])+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”])+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”])+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Low Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Min Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”])+2))</p>	high
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”])+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”])+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Low Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Min Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”])+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”])+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”])+2))</p>	disaster

APC NetBotz Rack Monitor 200

Overview

LLD of Sensors (Currently Temperature and Humidity & Wireless Tempurature and Humidity)
Trigger Prototypes for recommended Humidity and Tempurature based on Netbotz configured thresholds
Graph Prototypes for Temperature and Humidity

Macros used

There are no macros links in this template.

Template links

There are no template links in this template.

Discovery rules

Name	Description	Type	Key and additional info
APC Temp/Humidity Sensor Module	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module<p>Update: 15s</p>

Items collected

Name	Description	Type	Key and additional info
{#SNMPVALUE} Alarm	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.alarm.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>

Triggers

Name	Description	Expression	Priority
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 200/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster

APC NetBotz Rack Monitor 250

Overview

LLD of Sensors (Currently Temperature and Humidity & Wireless Tempurature and Humidity)
Trigger Prototypes for recommended Humidity and Tempurature based on Netbotz configured thresholds
Graph Prototypes for Temperature and Humidity

Overview

LLD of Sensors (Currently Temperature and Humidity & Wireless Tempurature and Humidity)
Trigger Prototypes for recommended Humidity and Tempurature based on Netbotz configured thresholds
Graph Prototypes for Temperature and Humidity

Macros used

Name	Description	Default	Type
{$HYSTERESIS}	<p>-</p>	`2`	Text macro

Template links

Name
APC NetBotz Rack Monitor 200

Discovery rules

Name	Description	Type	Key and additional info
APC Temp/Humidity Sensor Module	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module<p>Update: 15s</p>
Wireless APC Sensor	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless<p>Update: 30s</p>

Items collected

Name	Description	Type	Key and additional info
{#SNMPVALUE} Alarm	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.alarm.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Increasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.increasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Short Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.short.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Increasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.increasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Value	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Long Term Decreasing Rate Time	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.long.descreasing.time.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humitity: Threshold - Hysteresis	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature	<p>-</p>	`SNMP agent`	apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Alarm - Enabled	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} RSSI: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} RSSI	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} RSSI: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Battery: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - Max	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - Low	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Humidity: Threshold - High	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Battery	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Battery: Threshold - Min	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>
{#SNMPVALUE} Temperature	<p>-</p>	`SNMP agent`	apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”]<p>Update: 30s</p><p>LLD</p>

Triggers

Name	Description	Expression	Priority
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Low Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Min Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”])+2))</p>	high
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”])+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”])+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Low Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Min Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”])+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”])+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”])+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.humidity.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.low.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.min.[”{#SNMPINDEX}”])+last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.high.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold (LLD)	<p>-</p>	<p>Expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.max.[”{#SNMPINDEX}”])-last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.module.temperature.threshold.hysteresis.[”{#SNMPINDEX}”])))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Low Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.low.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Battery < Min Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.battery.threshold.min.[”{#SNMPINDEX}”])+2))</p>	high
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Low Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.low.[”{#SNMPINDEX}”])+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity < Min Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.min.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > High Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.high.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Humidity > Max Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.value.[”{#SNMPINDEX}”])<=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.humidity.threshold.max.[”{#SNMPINDEX}”])+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Low Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.low.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: RSSI < Min Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.rssi.threshold.min.[”{#SNMPINDEX}”])+2))</p>	disaster
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Low Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.low.[”{#SNMPINDEX}”])+2))</p>	information
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature < Min Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])<=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.min.[”{#SNMPINDEX}”])+2))</p>	warning
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > High Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.high.[”{#SNMPINDEX}”])+2))</p>	average
{#SNMPVALUE} {ITEM.LASTVALUE} :: Temperature > Max Threshold (LLD)	<p>-</p>	<p>Expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=1 and (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”]))</p><p>Recovery expression: last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.alarm.value.[”{#SNMPINDEX}”])=0 or (last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.value.[”{#SNMPINDEX}”])>=(last(/APC NetBotz Rack Monitor 250/apc.enviro.sensor.wireless.temperature.threshold.max.[”{#SNMPINDEX}”])+2))</p>	disaster