How to clear HIGH TEMP alarm on Chromalox Controller?
The 'HIGH TEMP' alarm on the Chromalox Controller indicates that the sensed temperature is higher than the Hi Temp Setpoint. The alarm will automatically clear when the sensed temperature falls below the Hi Temp Setpoint.
Why does LOW TEMP alarm appear on Chromalox Controller?
The 'LOW TEMP' alarm on the Chromalox Controller indicates that the sensed temperature is lower than the Lo Temp Setpoint. The alarm will automatically clear when the sensed temperature rises above the Lo Temp Setpoint.
What to do if GFEP alarm is triggered on Chromalox Controller?
The GFEP alarm on the Chromalox Controller is triggered when the sensed GFEP current exceeds the GFEP setpoint, causing a trip. If the sensed GFEP current is less than the GFEP setpoint, the output will remain at the selected output percentage. The alarm will clear automatically when the sensed GFEP current falls below the GFEP setpoint. If the output goes to 0% (OFF) while in the alarm state, it will remain off until the alarm is reset. If the output remains at the selected output percentage, a manual reset of the GFEP Alarm may be needed. The output will go to 0% (OFF) until the alarm is reset.
How to fix HI CURRENT (LOAD) on Chromalox Controller?
The 'HI CURRENT' alarm on the Chromalox Controller indicates that the sensed load current is higher than the Hi Current Setpoint. The alarm will automatically clear when the sensed load current falls below the Hi Current Setpoint.
What to do if LO CURRENT (LOAD) shows on Chromalox Controller?
The 'LO CURRENT' alarm on the Chromalox Controller means the sensed load current is lower than the Lo Current Setpoint. The alarm will automatically clear when the sensed load current rises above the Lo Current Setpoint. Note that if your output is turned OFF, GFEP and Load values will not be updated.
End-User License Agreement (EULA) for the IntelliTRACE Supervisory Software Product.
Highlights key features of the IntelliTRACE Supervisory Control system, including communication and monitoring capabilities.
Describes the three main components of the IntelliTRACE Supervisory system and its scalability.
Details the System Tree Pane for visualizing and monitoring the system network and alarm status.
Describes the Panel List as a concise overview of all control systems on the IntelliTRACE network.
Lists the minimum computer hardware specifications for running IntelliTRACE software.
Provides steps for installing the IntelliTRACE Supervisory Controller program.
Offers advice on planning the IntelliTRACE system for circuit monitoring and management.
Steps to connect IntelliTRACE panels to the network and power them up.
Guidance on organizing circuits and capturing system communication and naming details.
Introduces the Setpoints, Tuning, and I/O Mapping tabs for system configuration.
Explains how to gain access to the program using login credentials and security levels.
Details requirements for naming systems and inputting loop counts and communication details.
Describes the System Connected window and Communication Error window.
Details the input cells within the Setpoints Tab for configuring loop parameters.
Defines the input cells for Name, Setpoint, High/Low Temp, High/Low Current, GFEP, and Output.
Refers to the Appendix for default, minimum, and maximum settings for parameters.
Explains the selection of temperature units (Fahrenheit or Celsius) in the System Tab.
Provides guidance on navigating between circuit groups using loop navigation buttons.
Allows applying settings from one loop to all other loops within the same panel.
Enables applying settings from one system (panel) to other systems on the network.
Explains ON/OFF, PID control modes, and the Autotune feature for automatic control.
Assigns one or more sensor inputs to control one or more output circuits.
Assigns one or more power outputs to control one or more output circuits.
Uses a single sensor independently or combined with others to control multiple circuits.
Manages multiple line and/or ambient sensing control scenarios simultaneously.
Uses a single output demand value independently or combined to control multiple circuits.
Maps single or multiple output demand values to control circuits.
Explains the AutoCycle feature for intermittent loop exercise during downtime.
Instructions on how to save the Event Log data to a file.
Explains how to clear various alarm conditions, except for Communications and Latched GFEP.
Reference chart for parameter settings, including default, minimum, and maximum values.
Guidelines for Ethernet cable usage, maximum distance, and network connectivity.
Provides a link to the Chromalox limited warranty applicable to the product.
General| Control Mode | ON/OFF, PID |
|---|---|
| Display | LCD |
| Input | RTD, Thermocouple |
| Output | Relay, SSR |
| Communication | Modbus |
| Enclosure Rating | NEMA 4X (IP66) |
| Communication Protocol | Modbus RTU |
| Dimensions | Varies by model |
| Weight | Varies by model |
| Type | Temperature Controller |
| Maximum Current | Depends on model |
| Temperature Range | Depends on sensor type |
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