To Next PageTo Next PageWhat to do if General Monitors TS4000H show 'Sensor Failure'?
If your General Monitors Measuring Instruments display a 'Sensor Failure' message, try recalibrating the sensor first. If the problem continues, the sensor may need to be replaced. This may happen due to a sensor failure, a new un-calibrated sensor being plugged into the IM, or a sensor range error.
What to do if General Monitors TS4000H show 'Calibration Timeout'?
If the General Monitors Measuring Instruments fails to complete calibration within ten minutes, remove any gas that may be present and attempt to recalibrate. If the problem persists, verify the calibration gas. If the calibration gas is verified, replace the sensor and recalibrate.
What does it mean if General Monitors TS4000H Measuring Instruments display 'Sensor Rate of Change'?
If your General Monitors Measuring Instruments displays a 'Sensor Rate of Change' message, it indicates that the sensor reading is changing rapidly and is not stable. Wait until the sensor reading stabilizes. If the fault continues, replace the electrochemical cell.
What to do if General Monitors Measuring Instruments display 'Switch Error'?
If your General Monitors Measuring Instruments displays a 'Switch Error' message, check the wiring on the Remote Reset and Remote Calibrate switches. This error occurs if either the Remote Reset, Remote Calibrate, or magnetic switch is closed for more than two minutes. If the magnetic switch is shorted (stuck), the BU must be returned to the factory or authorized service center for repair.
Why does General Monitors Measuring Instruments show 'No Sensor'?
The 'No Sensor' error on your General Monitors Measuring Instruments indicates that either no sensor is plugged into the IM or a non-functional Oxygen sensor is plugged into the IM. Ensure that there is a functional sensor plugged into the IM. Verify Oxygen sensor functionality and replace it if necessary.
What to do if General Monitors TS4000H display 'Low Supply Voltage'?
If your General Monitors Measuring Instruments displays a 'Low Supply Voltage' message, it means the supply voltage at the TS4000H has dropped below +18.5VDC. Ensure that the supply voltage is at least +20VDC at the BU.
How to fix 'IM Communication' error on General Monitors TS4000H?
If your General Monitors Measuring Instruments shows an 'IM Communication' error, verify that the BU and IM are properly wired. This error can occur if the IM does not communicate or if the IM microprocessor has a Flash Data, Flash Code, or RAM error.
What to do if General Monitors TS4000H Measuring Instruments show 'Base Setup Timeout'?
If your General Monitors Measuring Instruments displays a 'Base Setup Timeout' message, it means the BU was left in Setup Mode for over six minutes without the magnet being applied. Enter the BU User Menu Structure to clear the fault.
What to do if General Monitors TS4000H display 'Gas Check Timeout'?
Remove the applied gas from the General Monitors Measuring Instruments. The unit will automatically clear the fault.
General| Brand | General Monitors |
|---|---|
| Model | TS4000H |
| Category | Measuring Instruments |
| Language | English |
Explains conventions for notes, menus, and Modbus formats.
Information on where to find additional product documentation.
Verifying wiring, connections, and stability before operation.
Important safety notices and definitions of terms used in the manual.
Overview of the TS4000H detector, its capabilities, and uses.
Details on the Base Unit, Interface Module, and Electrochemical Cell.
Steps for site prep, choosing location, and mounting the unit.
Instructions for connecting power, ground, and alarm relays.
Applying power, start-up checklist, process, and explosion proofing.
Initial start-up, menu structure, and using the selection magnet.
Adjusting sensor range, relays, Modbus, and HART settings.
Using Gas Check, Calibration, and managing sensor life.
Overview of Modbus communication, read/write protocols, and exceptions.
Baud rate, data format, addresses, and Modbus channel settings.
Details on Analog, Mode, Relay, Sensor, and Error registers.
Managing run time, real time clock, and logging system events.
Procedures for routine maintenance and proper storage of the unit.
Identifying and resolving faults using error codes and descriptions.
Contact information for global support locations.
Details of the product warranty terms and conditions.
Recommended schedules and procedures for testing and calibrating the device.
Technical specifications including electrical, environmental, and accuracy data.
List of compatible parts, accessories, and calibration kits.
