To Next PageTo Next PageWhat to do if HiFLO error appears on Thermo ThermoFlex 900?
If the process fluid flow rate exceeds the adjustable setting's value in your Thermo Laboratory Equipment, first, verify your HiFLo setting and adjust it if necessary. Next, check all application and plumbing shut-off valves for the correct position. If your unit has a flow control valve, adjust the flow. If the flow transducer was recently calibrated, double-check the calibration.
How to fix FLtrS error in Thermo ThermoFlex 900 Laboratory Equipment?
If you see the FLtrS error on your Thermo Laboratory Equipment, it means the air and fluid filters may need maintenance or replacement. Check the air and fluid filters and clean or change them if needed. You can also increase the number of hours between preventative care reminders.
Why does my Thermo ThermoFlex 900 Laboratory Equipment show a DI error?
If the DI error appears on your Thermo Laboratory Equipment, the internal DI cartridge may need to be replaced. Check the Puralite sensor on the rear of the unit. If the light is red, change the cartridge. If the Puralite sensor is green, revise the DI cartridge run time.
General| Temperature Stability | ±0.1°C |
|---|---|
| Refrigerant | R134a |
| Power Requirements | 230V, 50/60Hz |
| Display | Digital |
| Power Supply | 230V, 50/60Hz |
| Cooling Capacity | 900 W |
Safety warnings posted throughout the manual, identified by an exclamation mark icon.
Lists and defines common abbreviations used in the manual.
Lists components, signal names, and their descriptions.
Illustrates the refrigerant flow and component layout for air-cooled units.
Illustrates the refrigerant flow and component layout for water-cooled units.
Detailed descriptions of major components like the compressor, valves, and sensors.
Details the technical specifications for ThermoFlex 900 and 1400 models.
Graphical representation of cooling and pumping capacities for different models.
Outlines environmental and spatial requirements for unit installation.
Details voltage, frequency, phase, and receptacle ratings for unit power supply.
Specifies connection types, sizes, and material for process fluid lines.
Lists acceptable fluids and precautions for use in the unit.
Explains the functions of the controller interface and its keys.
Pre-operational checks and fluid preparation before starting the unit.
Procedure for powering on the unit and initiating its self-test sequence.
Describes navigation through different operational modes like Setpoint, Setup, and Diagnostic.
Details how to view and change the desired process fluid temperature setpoint.
Explains how to adjust controller software settings, alarms, and features.
Displays and allows resetting of operating times for various unit components.
Procedure for tuning proportional-integral-derivative parameters for temperature control.
Steps for safely powering down the unit and its compressor.
Lists error codes, their causes, and recommended actions for troubleshooting.
Provides step-by-step checks for common operational issues like starting, shutting down, and fluid circulation.
Visual troubleshooting guides for specific problems like "Unit doesn't cool" and "Unit won't power on".
Procedure to access the controller's service mode for advanced operations.
Displays and allows resetting of operating times for various unit components.
Procedure for calibrating temperature sensors and pressure transducers.
Accesses parameters for viewing unit data like temperatures, pressures, and flow rates.
Allows adjustment of PID controller parameters for optimal temperature control.
Procedure to reset the controller to factory default settings.
Used to set unit configuration parameters such as unit type, voltage, and pump type.
Instructions for safely disassembling the unit's outer casing.
Procedure for emptying the unit's internal fluid lines and reservoir.
Step-by-step guide for replacing the unit's main electronic control board.
Detailed instructions for removing and replacing the unit's circulation pump.
Procedures for accessing and removing the upper components of the unit.
Steps for disconnecting and removing pressure sensor components.
Visual guide for locating and accessing the temperature sensor.
Method for testing the resistance of RTD sensors using a multimeter.
Comprehensive guide for replacing internal temperature sensors.
Procedure for calibrating the process fluid temperature sensor.
Steps for calibrating the optional flow transducer.
Chart and procedure for checking PD pump pressure transducer output.
Data and testing procedure for the suction pressure transducer.
Specifies refrigerant amounts for different models and cooling types.
Procedure for testing unit heat load capacity at specified conditions.
Details PCBA calibration using NIST traceable reference values.
Describes calibration matching sensors to PCBA after integration.
Step-by-step instructions for downloading firmware to the unit's control board.
Lists countries and their required electrical receptacle current ratings.
