To Next PageTo Next PageWhat to do if IGD Control Panel shows 'Fault Over Range'?
If the IGD Control Panel displays a 'Fault Over Range' error, you should follow the Site Safe Operating Procedure and ventilate the area. Once it is safe, check the detector calibration.
What to do if IGD Control Panel shows 'Fault Under Range'?
If the IGD Control Panel displays a 'Fault Under Range' error, check the detector's Zero and Calibration points with test Gas.
How to fix Fault Communication on IGD TOC 635 PLUS Control Panel?
To address a 'Fault Communication' error on the IGD Control Panel, first check the wiring to the detector nodes. Also, ensure the terminator is fitted correctly.
What to do if IGD TOC 635 PLUS Failed Self Test Processor Voltage?
If the IGD Control Panel displays a 'Fault Failed Self Test Processor Voltage' error, replace the Main Hub Card.
What to do if IGD TOC 635 PLUS Failed Self Test Flash Memory?
If the IGD Control Panel displays a 'Fault Failed Self Test Flash Memory' error, replace the Main Hub Card.
How to troubleshoot Fault Communication on IGD TOC 635 PLUS?
To troubleshoot a 'Fault Communication' error on the IGD Control Panel, check the wiring to the detector nodes, and verify that the terminator is fitted.
Highlights key features of the 635 series control panels, including detector capacity and display.
Advises on recommended service intervals and training for control panels and detectors.
Outlines critical warnings regarding installation, environmental conditions, and system performance.
Details power, construction, display, I/O, inputs, measurement ranges, and environmental ratings.
Compares key features and capabilities between TOC-635-PLUS and TOC-635-MICRO models.
Specifies requirements for zero and calibration gases, traceability, and regulators.
Provides physical dimensions, weight, and cabling considerations for the TOCSIN 635 series.
Information about IGD's online academy for training courses and videos on gas detection systems.
Details PCB features and I/O addresses for the TOCSIN 635 MICRO control panel.
Explains how to interpret the display readings, channel numbers, gas types, and alarm status.
Guides on connecting to the controller via WiFi for data download and setup editing.
Explains how to set unique base addresses for addressable relay cards.
Details the wiring connections for the 2-wire highway on the addressable I/O card.
Describes the types of inputs (digital/analogue) and their connections on the I/O card.
Lists system states, their on-screen indications, and corresponding relay states.
Explains how to navigate the display and use the jog wheel for normal operation.
Describes user actions and display indications during alarm and fault conditions.
Details the initial power-up sequence, LED indicators, and sounder functions.
Guides on entering menus using password and accessing specific menu sections like INHIBIT, USER, and ENGINEER.
Details functions available under the Engineer Menu for setup and diagnostics.
Details functions available under the User Menu for maintenance and calibration.
Details functions available under the Engineer Menu for setup and diagnostics.
Details functions available under the User Menu for maintenance and calibration.
Covers options for system reset, self-test, and navigation to user/engineer menus.
Outlines the sequence for initial setup, including installation guide reference, sensor/relay FIND, and zeroing.
Explains the warm-up period for detectors and system stabilization before normal operation.
Describes how the system displays data from detectors during normal operation.
Lists key tasks for configuring the system, including adding devices, setting alarms, and zero/calibration.
Details the process of using the FIND command to discover and install connected devices.
Explains how to test alarm relay outputs using the 'TEST RLY' function.
Guides on using the Events App to download, save, and view system events.
Guides on using the Setup App to configure cause/effect, alarm levels, and tag lines.
Explains the different alarm types (Rising Latching, Rising, Falling Latching, Falling) and their behaviour.
Presents default alarm levels for various gas types, referencing IGD document OIGD193.
Details the step-by-step process for zeroing a gas detector via the controller menu.
Lists recommended zero gases for different detector types (O2/CO2, Pellistor, Toxic Gases).
Describes how to check the detector's reaction time to calibration gas.
Details the step-by-step process for calibrating a gas detector using calibration gas.
Explains wiring and basic setup for Modbus RTU communication between the controller and a master.
Lists Modbus commands, their functions, registers, and returned data for sensor readings and control.
Provides troubleshooting steps for various system states like Warm Up, Fault Communication, and Over Range.
Offers recommendations for maintenance after exceeding measuring range and lists standard supplied accessories.
General| Brand | IGD |
|---|---|
| Model | TOC 635 PLUS |
| Category | Control Panel |
| Language | English |
