LIEBERT-SITENET-INTEGRATOR-MIB Download

envIdentManufacturer

The Environmental Control Unit manufacturer.

envIdentModel

The Environmental Control Unit Model designation.

envIdentSoftwareVersion

The Environmental SNMP Agent software version.

envIdentSpecific

A reference to MIB definitions specific to the particular Environmental Unit being managed. This object is used to locate the product-specific MIB for this device. If this information is not present, its value should be the OBJECT IDENTIFIER { 0 0 }, whic ...

envDigInput1State

The state of Digital Input Number 1. When the envDigInput1Polarity is set to notDefined(3) this variable returns notInstalled(3). When the envDigInput1Polarity is set to activeHigh(1) and the input on Digital Input Number 1 is asserted, this variable ret ...

envDigInput1Label

A user-defined text string associated with Digital Input Number 1. The text string is stored in non-volatile memory.

envDigInput1Polarity

The Polarity to be associated with the State variable for Digital Input Number 1. It controls the value returned by the State variable. When Polarity is set to notDefined(3), State will return notInstalled(3). When Polarity is set to activeHigh(1), Stat ...

envDigInput1TrapEnabled

A TRAP may be associated with the State variable for Digital Input Number 1. When envDigInput1TrapEnabled is set to true(1), a TRAP message will be generated when State is true(1). When envDigInput1TrapEnabled is set to false(2), a TRAP message will not ...

envDigInput2State

The state of Digital Input Number 2. When the envDigInput2Polarity is set to notDefined(3) this variable returns notInstalled(3). When the envDigInput2Polarity is set to activeHigh(1) and the input on Digital Input Number 2 is asserted, this variable ret ...

envDigInput2Label

A user-defined text string associated with Digital Input Number 2. The text string is stored in non-volatile memory.

envDigInput2Polarity

The Polarity to be associated with the State variable for Digital Input Number 2. It controls the value returned by the State variable. When Polarity is set to notDefined(3), State will return notInstalled(3). When Polarity is set to activeHigh(1), Stat ...

envDigInput2TrapEnabled

A TRAP may be associated with the State variable for Digital Input Number 2. When envDigInput2TrapEnabled is set to true(1), a TRAP message will be generated when State is true(1). When envDigInput2TrapEnabled is set to false(2), a TRAP message will not ...

envDigInput3State

The state of Digital Input Number 3. When the envDigInput3Polarity is set to notDefined(3) this variable returns notInstalled(3). When the envDigInput3Polarity is set to activeHigh(1) and the input on Digital Input Number 3 is asserted, this variable ret ...

envDigInput3Label

A user-defined text string associated with Digital Input Number 3. The text string is stored in non-volatile memory.

envDigInput3Polarity

The Polarity to be associated with the State variable for Digital Input Number 3. It controls the value returned by the State variable. When Polarity is set to notDefined(3), State will return notInstalled(3). When Polarity is set to activeHigh(1), Stat ...

envDigInput3TrapEnabled

A TRAP may be associated with the State variable for Digital Input Number 3. When envDigInput3TrapEnabled is set to true(1), a TRAP message will be generated when State is true(1). When envDigInput3TrapEnabled is set to false(2), a TRAP message will not ...

envDigInput4State

The state of Digital Input Number 4. When the envDigInput4Polarity is set to notDefined(3) this variable returns notInstalled(3). When the envDigInput4Polarity is set to activeHigh(1) and the input on Digital Input Number 4 is asserted, this variable ret ...

envDigInput4Label

A user-defined text string associated with Digital Input Number 4. The text string is stored in non-volatile memory.

envDigInput4Polarity

The Polarity to be associated with the State variable for Digital Input Number 4. It controls the value returned by the State variable. When Polarity is set to notDefined(3), State will return notInstalled(3). When Polarity is set to activeHigh(1), Stat ...

envDigInput4TrapEnabled

A TRAP may be associated with the State variable for Digital Input Number 4. When envDigInput4TrapEnabled is set to true(1), a TRAP message will be generated when State is true(1). When envDigInput4TrapEnabled is set to false(2), a TRAP message will not ...

envDigInput5State

The state of Digital Input Number 5. When the envDigInput5Polarity is set to notDefined(3) this variable returns notInstalled(3). When the envDigInput5Polarity is set to activeHigh(1) and the input on Digital Input Number 5 is asserted, this variable ret ...

envDigInput5Label

A user-defined text string associated with Digital Input Number 5. The text string is stored in non-volatile memory.

envDigInput5Polarity

The Polarity to be associated with the State variable for Digital Input Number 5. It controls the value returned by the State variable. When Polarity is set to notDefined(3), State will return notInstalled(3). When Polarity is set to activeHigh(1), Stat ...

envDigInput5TrapEnabled

A TRAP may be associated with the State variable for Digital Input Number 5. When envDigInput5TrapEnabled is set to true(1), a TRAP message will be generated when State is true(1). When envDigInput5TrapEnabled is set to false(2), a TRAP message will not ...

envDigInput6State

The state of Digital Input Number 6. When the envDigInput6Polarity is set to notDefined(3) this variable returns notInstalled(3). When the envDigInput6Polarity is set to activeHigh(1) and the input on Digital Input Number 6 is asserted, this variable ret ...

envDigInput6Label

A user-defined text string associated with Digital Input Number 6. The text string is stored in non-volatile memory.

envDigInput6Polarity

The Polarity to be associated with the State variable for Digital Input Number 6. It controls the value returned by the State variable. When Polarity is set to notDefined(3), State will return notInstalled(3). When Polarity is set to activeHigh(1), Stat ...

envDigInput6TrapEnabled

A TRAP may be associated with the State variable for Digital Input Number 6. When envDigInput6TrapEnabled is set to true(1), a TRAP message will be generated when State is true(1). When envDigInput6TrapEnabled is set to false(2), a TRAP message will not ...

envDigInput7State

The state of Digital Input Number 7. When the envDigInput7Polarity is set to notDefined(3) this variable returns notInstalled(3). When the envDigInput7Polarity is set to activeHigh(1) and the input on Digital Input Number 7 is asserted, this variable ret ...

envDigInput7Label

A user-defined text string associated with Digital Input Number 7. The text string is stored in non-volatile memory.

envDigInput7Polarity

The Polarity to be associated with the State variable for Digital Input Number 7. It controls the value returned by the State variable. When Polarity is set to notDefined(3), State will return notInstalled(3). When Polarity is set to activeHigh(1), Stat ...

envDigInput7TrapEnabled

A TRAP may be associated with the State variable for Digital Input Number 7. When envDigInput7TrapEnabled is set to true(1), a TRAP message will be generated when State is true(1). When envDigInput7TrapEnabled is set to false(2), a TRAP message will not ...

envDigInput8State

The state of Digital Input Number 8. When the envDigInput8Polarity is set to notDefined(3) this variable returns notInstalled(3). When the envDigInput8Polarity is set to activeHigh(1) and the input on Digital Input Number 8 is asserted, this variable ret ...

envDigInput8Label

A user-defined text string associated with Digital Input Number 8. The text string is stored in non-volatile memory.

envDigInput8Polarity

The Polarity to be associated with the State variable for Digital Input Number 8. It controls the value returned by the State variable. When Polarity is set to notDefined(3), State will return notInstalled(3). When Polarity is set to activeHigh(1), Stat ...

envDigInput8TrapEnabled

A TRAP may be associated with the State variable for Digital Input Number 8. When envDigInput8TrapEnabled is set to true(1), a TRAP message will be generated when State is true(1). When envDigInput8TrapEnabled is set to false(2), a TRAP message will not ...

envDigInput9State

The state of Digital Input Number 9. When the envDigInput9Polarity is set to notDefined(3) this variable returns notInstalled(3). When the envDigInput9Polarity is set to activeHigh(1) and the input on Digital Input Number 9 is asserted, this variable ret ...

envDigInput9Label

A user-defined text string associated with Digital Input Number 9. The text string is stored in non-volatile memory.

envDigInput9Polarity

The Polarity to be associated with the State variable for Digital Input Number 9. It controls the value returned by the State variable. When Polarity is set to notDefined(3), State will return notInstalled(3). When Polarity is set to activeHigh(1), Stat ...

envDigInput9TrapEnabled

A TRAP may be associated with the State variable for Digital Input Number 9. When envDigInput9TrapEnabled is set to true(1), a TRAP message will be generated when State is true(1). When envDigInput9TrapEnabled is set to false(2), a TRAP message will not ...

envDigInput10State

The state of Digital Input Number 10. When the envDigInput10Polarity is set to notDefined(3) this variable returns notInstalled(3). When the envDigInput10Polarity is set to activeHigh(1) and the input on Digital Input Number 10 is asserted, this variable ...

envDigInput10Label

A user-defined text string associated with Digital Input Number 10. The text string is stored in non-volatile memory.

envDigInput10Polarity

The Polarity to be associated with the State variable for Digital Input Number 10. It controls the value returned by the State variable. When Polarity is set to notDefined(3), State will return notInstalled(3). When Polarity is set to activeHigh(1), Sta ...

envDigInput10TrapEnabled

A TRAP may be associated with the State variable for Digital Input Number 10. When envDigInput10TrapEnabled is set to true(1), a TRAP message will be generated when State is true(1). When envDigInput10TrapEnabled is set to false(2), a TRAP message will n ...

envRelay1State

The state of Output Relay Number 1. When State is set to on(1) Output Relay Number 1 is activated and the normally open contacts are closed. When State is set to off(2) Output Relay Number 1 is deactivated and the normally closed contacts are closed.

envRelay1Label

A user-defined text string associated with Output Relay Number 1. The text string is stored in non-volatile memory.

envRelay1Control

If Control value is 0 then this output may be directly controlled by the SNMP Manager. When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will activate the output when the any of the asso ...

envRelay2State

The state of Output Relay Number 2. When State is set to on(1) Output Relay Number 2 is activated and the normally open contacts are closed. When State is set to off(2) Output Relay Number 2 is deactivated and the normally closed contacts are closed.

envRelay2Label

A user-defined text string associated with Output Relay Number 2. The text string is stored in non-volatile memory.

envRelay2Control

If Control value is 0 then this output may be directly controlled by the SNMP Manager. When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will activate the output when the any of the asso ...

envAudibleState

The state of the Audible Output. When State is set to on(1) the Audible will be sounded. When State is set to off(2) the Audible is muted.

envAudibleControl

If Control value is 0 then this output may be directly controlled by the SNMP Manager. When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will activate the output when the any of the asso ...

envLED1State

The state of Output LED Number 1. When State is set to on(1) LED Number 1 will be lighted. When State is set to off(2) LED Number 1 will not be lighted.

envLED1Label

A user-defined text string associated with Output LED Number 1. The text string is stored in non-volatile memory.

envLED1Control

If Control value is 0 then this output may be directly controlled by the SNMP Manager. When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will activate the output when the any of the asso ...

envLED2State

The state of Output LED Number 2. When State is set to on(1) LED Number 2 will be lighted. When State is set to off(2) LED Number 2 will not be lighted.

envLED2Label

A user-defined text string associated with Output LED Number 2. The text string is stored in non-volatile memory.

envLED2Control

If Control value is 0 then this output may be directly controlled by the SNMP Manager. When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will activate the output when the any of the asso ...

envLED3State

The state of Output LED Number 3. When State is set to on(1) LED Number 3 will be lighted. When State is set to off(2) LED Number 3 will not be lighted.

envLED3Label

A user-defined text string associated with Output LED Number 3. The text string is stored in non-volatile memory.

envLED3Control

If Control value is 0 then this output may be directly controlled by the SNMP Manager. When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will activate the output when the any of the asso ...

envReceptacle1State

The state of the Receptacle Number 1. When State is set to on(1) power will be live on Receptacle Number 1. When State is set to off(2) no power is available from Receptacle Number 1. When State is set to reboot(3) the power will be removed from Receptac ...

envReceptacle1Label

A user-defined text string associated with Receptacle Number 1. The text string is stored in non-volatile memory.

envReceptacle1Control

When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will set the output to the state specified by envReceptacle1ControlState. When all conditions clear the receptacle will return to the ini ...

envReceptacle1Status

The state of the Receptacle Number 1. When Status is on(1) power will be live on Receptacle Number 1. When Status is off(2) no power is available from Receptacle Number 1. When Status is reboot(3) the power is being removed from Receptacle Number 1 for 20 ...

envReceptacle1ReceptDelay

Receptacle control delay is used to delay the on, off, reboot or event control of the receptacle.

envReceptacle2State

The state of the Receptacle Number 2. When State is set to on(1) power will be live on Receptacle Number 2. When State is set to off(2) no power is available from Receptacle Number 2. When State is set to reboot(3) the power will be removed from Receptac ...

envReceptacle2Label

A user-defined text string associated with Receptacle Number 2. The text string is stored in non-volatile memory.

envReceptacle2Control

When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will set the output to the state specified by envReceptacle2ControlState. When all conditions clear the receptacle will return to the ini ...

envReceptacle2Status

The state of the Receptacle Number 2. When Status is on(1) power will be live on Receptacle Number 2. When Status is off(2) no power is available from Receptacle Number 2. When Status is reboot(3) the power is being removed from Receptacle Number 2 for 20 ...

envReceptacle2ReceptDelay

Receptacle control delay is used to delay the on, off, reboot or event control of the receptacle.

envReceptacle3State

The state of the Receptacle Number 3. When State is set to on(1) power will be live on Receptacle Number 3. When State is set to off(2) no power is available from Receptacle Number 3. When State is set to reboot(3) the power will be removed from Receptac ...

envReceptacle3Label

A user-defined text string associated with Receptacle Number 3. The text string is stored in non-volatile memory.

envReceptacle3Control

When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will set the output to the state specified by envReceptacle3ControlState. When all conditions clear the receptacle will return to the ini ...

envReceptacle3Status

The state of the Receptacle Number 3. When Status is on(1) power will be live on Receptacle Number 3. When Status is off(2) no power is available from Receptacle Number 3. When Status is reboot(3) the power is being removed from Receptacle Number 3 for 20 ...

envReceptacle3ReceptDelay

Receptacle control delay is used to delay the on, off, reboot or event control of the receptacle.

envReceptacle4State

The state of the Receptacle Number 4. When State is set to on(1) power will be live on Receptacle Number 4. When State is set to off(2) no power is available from Receptacle Number 4. When State is set to reboot(3) the power will be removed from Receptac ...

envReceptacle4Label

A user-defined text string associated with Receptacle Number 4. The text string is stored in non-volatile memory.

envReceptacle4Control

When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will set the output to the state specified by envReceptacle4ControlState. When all conditions clear the receptacle will return to the ini ...

envReceptacle4Status

The state of the Receptacle Number 4. When Status is on(1) power will be live on Receptacle Number 4. When Status is off(2) no power is available from Receptacle Number 4. When Status is reboot(3) the power is being removed from Receptacle Number 4 for 20 ...

envReceptacle4ReceptDelay

Receptacle control delay is used to delay the on, off, reboot or event control of the receptacle.

envReceptacle5State

The state of the Receptacle Number 5. When State is set to on(1) power will be live on Receptacle Number 5. When State is set to off(2) no power is available from Receptacle Number 5. When State is set to reboot(3) the power will be removed from Receptac ...

envReceptacle5Label

A user-defined text string associated with Receptacle Number 5. The text string is stored in non-volatile memory.

envReceptacle5Control

When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will set the output to the state specified by envReceptacle5ControlState. When all conditions clear the receptacle will return to the ini ...

envReceptacle5Status

The state of the Receptacle Number 5. When Status is on(1) power will be live on Receptacle Number 5. When Status is off(2) no power is available from Receptacle Number 5. When Status is reboot(3) the power is being removed from Receptacle Number 5 for 20 ...

envReceptacle5ReceptDelay

Receptacle control delay is used to delay the on, off, reboot or event control of the receptacle.

envReceptacle6State

The state of the Receptacle Number 6. When State is set to on(1) power will be live on Receptacle Number 6. When State is set to off(2) no power is available from Receptacle Number 6. When State is set to reboot(3) the power will be removed from Receptac ...

envReceptacle6Label

A user-defined text string associated with Receptacle Number 6. The text string is stored in non-volatile memory.

envReceptacle6Control

When Control contains any of the following values, or a value resulting from the sum of any of these values the Agent will set the output to the state specified by envReceptacle6ControlState. When all conditions clear the receptacle will return to the ini ...

envReceptacle6Status

The state of the Receptacle Number 6. When Status is on(1) power will be live on Receptacle Number 6. When Status is off(2) no power is available from Receptacle Number 6. When Status is reboot(3) the power is being removed from Receptacle Number 6 for 20 ...

envReceptacle6ReceptDelay

Receptacle control delay is used to delay the on, off, reboot or event control of the receptacle.

envReceptacleMasterOnOff

The state of the Receptacle Master Control. When State is set to on(1) power to each receptacle will under control of the individual states & events. When State is set to off(2) no power is available from any receptacle. When set to reboot(3), power will ...

envReceptacleMasterDelay

Receptacle master delay is used to delay the power to each receptacle after a on or reboot of the envReceptacleMasterOnOff. The power return will be staggered from 1 thru 6.

envSummaryAlarm

The envSummaryAlarm varible will be 0 when no Digital Inputs are true and no other alarm conditions exist. When alarms are active or Digital Inputs are true the value of envSummaryAlarm indicates which alarms and inputs are active as a sum of the values l ...

envTemperature1State

The state of use of Temperature Input Number 1. When a sensor is connected to Temperature Input 1 set State to installed(2) to indicate that the value of envTemperature1F and envTemperature1C are valid. When no sensor is connected to Temperature Input 1 s ...

envTemperature1F

The temperature for sensor 1 in degrees Fahrenheit.

envTemperature1C

The temperature for sensor 1 in degrees Centigrade.

envTemperature1Label

A user-defined text string associated with Temperature Input Number 1. The text string is stored in non-volatile memory.

envTemperature1OffsetF

A temperature correction Offset associated with the envTemperature1F variable. The value of OffsetF is added to the value from Temperature Sensor Number 1 to obtain the value of the envTemperature1F variable. When this variable is changed the envTemperat ...

envTemperature1OffsetC

A temperature correction Offset associated with the envTemperature1C variable. The value of OffsetC is added to the value from Temperature Sensor Number 1 to obtain the value of the envTemperature1C variable. When this variable is changed the envTemperat ...

envTemp1HighLimitF

When envTemperature1F reaches or exceeds this value a trap will be generated signifying a high temperature condition at temperature sensor 1. The HighLimitF variable is stored in non-volatile memory.

envTemp1HighLimitC

When envTemperature1C reaches or exceeds this value a trap will be generated signifying a high temperature condition at temperature sensor 1. The HighLimitC variable is stored in non-volatile memory.

envTemp1LowLimitF

When envTemperature1F reaches or goes below this value a trap will be generated signifying a low temperature condition at temperature sensor 1. The LowLimitF variable is stored in non-volatile memory.

envTemp1LowLimitC

When envTemperature1C reaches or goes below this value a trap will be generated signifying a low temperature condition at temperature sensor 1. The LowLimitC variable is stored in non-volatile memory.

envTemperature2State

The state of use of Temperature Input Number 2. When a sensor is connected to Temperature Input 2 set State to installed(2) to indicate that the value of envTemperature2F and envTemperature2C are valid. When no sensor is connected to Temperature Input 2 s ...

envTemperature2F

The temperature for sensor 2 in degrees Fahrenheit.

envTemperature2C

The temperature for sensor 2 in degrees Centigrade.

envTemperature2Label

A user-defined text string associated with Temperature Input Number 2. The text string is stored in non-volatile memory.

envTemperature2OffsetF

A temperature correction Offset associated with the envTemperature2F variable. The value of OffsetF is added to the value from Temperature Sensor Number 2 to obtain the value of the envTemperature2F variable. When this variable is changed the envTemperat ...

envTemperature2OffsetC

A temperature correction Offset associated with the envTemperature2C variable. The value of OffsetC is added to the value from Temperature Sensor Number 2 to obtain the value of the envTemperature2C variable. When this variable is changed the envTemperat ...

envTemp2HighLimitF

When envTemperature2F reaches or exceeds this value a trap will be generated signifying a high temperature condition at temperature sensor 2. The HighLimitF variable is stored in non-volatile memory.

envTemp2HighLimitC

When envTemperature2C reaches or exceeds this value a trap will be generated signifying a high temperature condition at temperature sensor 2. The HighLimitC variable is stored in non-volatile memory.

envTemp2LowLimitF

When envTemperature2F reaches or goes below this value a trap will be generated signifying a low temperature condition at temperature sensor 2. The LowLimitF variable is stored in non-volatile memory.

envTemp2LowLimitC

When envTemperature2C reaches or goes below this value a trap will be generated signifying a low temperature condition at temperature sensor 2. The LowLimitC variable is stored in non-volatile memory.

envTemperature3State

The state of use of Temperature Input Number 3. When a water temperature sensor is connected to Temperature Input 3 set State to waterSensorInstalled(3), when and air temperature sensor is connected set State to airSensorInstalled(2). When no sensor is c ...

envTemperature3F

The temperature for sensor 3 in degrees Fahrenheit.

envTemperature3C

The temperature for sensor 3 in degrees Centigrade.

envTemperature3Label

A user-defined text string associated with Temperature Input Number 3. The text string is stored in non-volatile memory.

envTemperature3OffsetF

A temperature correction Offset associated with the envTemperature3F variable. The value of OffsetF is added to the value from Temperature Sensor Number 3 to obtain the value of the envTemperature3F variable. When this variable is changed the envTemperat ...

envTemperature3OffsetC

A temperature correction Offset associated with the envTemperature3C variable. The value of OffsetC is added to the value from Temperature Sensor Number 3 to obtain the value of the envTemperature3C variable. When this variable is changed the envTemperat ...

envTemp3HighLimitF

When envTemperature3F reaches or exceeds this value a trap will be generated signifying a high temperature condition at temperature sensor 3. The HighLimitF variable is stored in non-volatile memory.

envTemp3HighLimitC

When envTemperature3C reaches or exceeds this value a trap will be generated signifying a high temperature condition at temperature sensor 3. The HighLimitC variable is stored in non-volatile memory.

envTemp3LowLimitF

When envTemperature3F reaches or goes below this value a trap will be generated signifying a low temperature condition at temperature sensor 3. The LowLimitF variable is stored in non-volatile memory.

envTemp3LowLimitC

When envTemperature3C reaches or goes below this value a trap will be generated signifying a low temperature condition at temperature sensor 3. The LowLimitC variable is stored in non-volatile memory.

envTemp3Calibrate

A temperature Offset correction routine associated with Temperature Sensor Number 3. When Calibrate is set to on(1) and State is set to waterSensorInstalled(3) the agent runs a self calibration routine which automatically adjusts the OffsetF and OffsetC v ...

envHumidity1State

The state of use of Humidity Input Number 1. When a sensor is connected to Humidity Input 1 set State to installed(2) to indicate that the value of envHumidity1RH is valid. When no sensor is connected to Humidity Input 1 set State to notInstalled(1) to i ...

envHumidity1RH

The humidity for sensor 1 in percent RH.

envHumidity1Label

A user-defined text string associated with Humidity Input Number 1. The text string is stored in non-volatile memory.

envHumidity1Offset

A humidity correction Offset associated with the envHumidity1RH variable. The value of Offset is added to the value from Humidity Sensor Number 1 to obtain the value of the envHumidity1RH variable. The Offset variable is stored in non-volatile memory.

envHumidity1HighLimit

When envHumidity1RH reaches or exceeds this value a trap will be generated signifying a high humidity condition at humidity sensor 1. The HighLimit variable is stored in non-volatile memory.

envHumidity1LowLimit

When envHumidity1RH reaches or goes below this value a trap will be generated signifying a low humidity condition at humidity sensor 1. The LowLimit variable is stored in non-volatile memory.

envHumidity2State

The state of use of Humidity Input Number 2. When a sensor is connected to Humidity Input 2 set State to installed(2) to indicate that the value of envHumidity2RH is valid. When no sensor is connected to Humidity Input 2 set State to notInstalled(1) to i ...

envHumidity2RH

The humidity for sensor 2 in percent RH.

envHumidity2Label

A user-defined text string associated with Humidity Input Number 2. The text string is stored in non-volatile memory.

envHumidity2Offset

A humidity correction Offset associated with the envHumidity2RH variable. The value of Offset is added to the value from Humidity Sensor Number 2 to obtain the value of the envHumidity2RH variable. The Offset variable is stored in non-volatile memory.

envHumidity2HighLimit

When envHumidity2RH reaches or exceeds this value a trap will be generated signifying a high humidity condition at humidity sensor 2. The HighLimit variable is stored in non-volatile memory.

envHumidity2LowLimit

When envHumidity2RH reaches or goes below this value a trap will be generated signifying a low humidity condition at humidity sensor 2. The LowLimit variable is stored in non-volatile memory.