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Need help?Do you have a question about the Fluke 7341 and is the answer not in the manual?
Lists international electrical symbols used in the manual and on the instrument.
Provides critical safety guidelines, warnings, and precautions for operating the instrument.
Lists contact details for authorized service centers for product support and repairs.
Details technical specifications like range, stability, uniformity, heating/cooling times, and power requirements.
Outlines the safe operating environment for the instrument, including temperature and humidity limits.
Instructions on how to carefully unpack the bath and check for all components and shipping damage.
Guides on placement, fluid filling, and power connection for initial setup of the bath.
Details on how to connect and turn on the bath, including voltage and frequency checks.
Step-by-step guide on how to set the desired temperature using the front panel controls.
Guidance on safely moving and unpacking the bath unit, emphasizing not to lift it.
Recommendations for the ideal location and environmental conditions for operating the bath.
Instructions for installing a safety bracket to prevent tipping, crucial for stability.
Specific steps for securely mounting the tipping prevention bracket on a wood floor.
General advice on fluid selection, handling probes, and bath operation for optimal results.
Describes the process of calibrating probes by comparing them against a reference probe in the bath.
Guidance on calibrating multiple probes simultaneously, focusing on probe placement and bath stability.
Detailed description of the front panel controls, indicators, and digital display functions.
Information about components located on the rear of the bath unit.
Explanation of the purpose and function of the fluid expansion reservoir.
Discusses fluid properties like range, viscosity, specific heat, conductivity, expansion, resistivity, and lifetime.
Covers critical safety, cost, commonly used fluids, charts, and disclaimers for fluid selection.
Details on stirring, power, heater, and the temperature controller for bath operation.
Description of the refrigeration system, its modes, and management of cooling functions.
How the digital display shows actual bath temperature and units.
Procedure to reset the over-temperature cutout after it has been activated.
How to set the bath temperature, including selecting memories and adjusting values.
How the controller stores and recalls up to 8 preset temperature set-points.
How to adjust the specific temperature value for a selected set-point.
Fine-tuning the set-point for more precise temperature control.
Enabling and controlling the rate at which the bath heats or cools to a set-point.
Turning the scan function on or off.
Setting the speed of temperature change in degrees per minute.
Changing the display units between Celsius and Fahrenheit.
Programming multi-step temperature cycles with hold times.
Setting the quantity of set-points for ramp and soak programs.
Defining the specific temperature values for ramp and soak programs.
Setting the duration each temperature is held in a ramp and soak program.
Selecting the program cycle type (up, down, repeat).
Starting, stopping, or continuing a programmed cycle.
Accessing less frequently used functions like heater power.
Displaying the percentage of heater power being used for temperature control.
Adjusting the controller's proportional band for optimal temperature stability.
Setting and managing the over-temperature cutout for safety.
Accessing various configuration parameters like probe, operating, and interface settings.
Setting R0 and ALPHA parameters for probe calibration accuracy.
Configuring cutout reset mode, cooling mode, and hot gas bypass.
Determining if the cutout resets automatically or requires manual reset.
Setting the refrigeration mode (Auto, On, Off) for temperature control.
Adjusting the hot gas bypass for cooling capacity and stability.
Configuring baud rate, sample period, duplex mode, and linefeed for RS-232.
Setting the serial communication transmission rate.
Setting the time between temperature measurements transmitted via serial interface.
Configuring full or half duplex for serial communication.
Setting linefeed behavior for serial communication.
Configuration for the optional IEEE-488 interface.
Setting the device address for IEEE-488 communication.
Configuring the termination character for IEEE-488 data transmission.
Accessing and understanding factory-set calibration constants like CTO, CO, CG, H, L, HGbt.
Describes RS-232 serial interface capabilities for communication and control.
Details the pin-out and wiring for RS-232 serial communication cables.
Steps to configure serial interface parameters like baud rate and duplex mode.
Setting the serial communication transmission rate.
Setting the time between temperature measurements transmitted via serial interface.
Configuring full or half duplex for serial communication.
Setting linefeed behavior for serial communication.
How to operate the bath using the serial interface for control and monitoring.
Information on the optional IEEE-488 interface for GPIB communication.
Steps to configure IEEE-488 interface parameters like address and termination.
Setting the device address for IEEE-488 communication.
Configuring the termination character for IEEE-488 data transmission.
How to use the IEEE-488 interface for controlling and monitoring the bath.
Lists and explains commands for controlling the bath via digital interfaces.
How to control the bath's cooling system via the digital interface.
Guidance on selecting optimal temperatures for calibrating the bath's accuracy.
Steps to measure temperature errors at calibration points to determine deviations.
Formulas and procedure for calculating new probe calibration constants R0 and ALPHA.
A practical example demonstrating the calculation of R0 and ALPHA values.
Discusses checking and maintaining the heat transfer fluid for optimal performance and lifespan.
Schedule for cleaning condensing coil fins to maintain bath efficiency.
User responsibility for decontamination procedures following hazardous material spills.
Guidance on replacing a damaged power supply cord with an appropriate one.
Advises consulting an Authorized Service Center before using non-recommended cleaning methods.
Procedure to check the functionality of the over-temperature cutout every six months.
Specific maintenance for silicon oil baths, including cleaning oil condensation.
General guidance on identifying and solving common operational problems with the bath.
Solutions for problems related to the heater indicator, temperature not increasing, and cutout activation.
Addressing problems with flashing displays, incorrect temperatures, and parameter loss due to battery issues.
Troubleshooting inaccurate temperature control, possibly due to fluid levels, probe issues, or calibration parameters.
Resolving unstable temperatures, oscillation, erratic control, and inability to reach low temperatures.
Information on EMC Directive, Immunity Testing, Emission Testing, and Low Voltage Directive.
Lists international electrical symbols used in the manual and on the instrument.
Provides critical safety guidelines, warnings, and precautions for operating the instrument.
Lists contact details for authorized service centers for product support and repairs.
Details technical specifications like range, stability, uniformity, heating/cooling times, and power requirements.
Outlines the safe operating environment for the instrument, including temperature and humidity limits.
Instructions on how to carefully unpack the bath and check for all components and shipping damage.
Guides on placement, fluid filling, and power connection for initial setup of the bath.
Details on how to connect and turn on the bath, including voltage and frequency checks.
Step-by-step guide on how to set the desired temperature using the front panel controls.
Guidance on safely moving and unpacking the bath unit, emphasizing not to lift it.
Recommendations for the ideal location and environmental conditions for operating the bath.
Instructions for installing a safety bracket to prevent tipping, crucial for stability.
Specific steps for securely mounting the tipping prevention bracket on a wood floor.
General advice on fluid selection, handling probes, and bath operation for optimal results.
Describes the process of calibrating probes by comparing them against a reference probe in the bath.
Guidance on calibrating multiple probes simultaneously, focusing on probe placement and bath stability.
Detailed description of the front panel controls, indicators, and digital display functions.
Information about components located on the rear of the bath unit.
Explanation of the purpose and function of the fluid expansion reservoir.
Discusses fluid properties like range, viscosity, specific heat, conductivity, expansion, resistivity, and lifetime.
Covers critical safety, cost, commonly used fluids, charts, and disclaimers for fluid selection.
Details on stirring, power, heater, and the temperature controller for bath operation.
Description of the refrigeration system, its modes, and management of cooling functions.
How the digital display shows actual bath temperature and units.
Procedure to reset the over-temperature cutout after it has been activated.
How to set the bath temperature, including selecting memories and adjusting values.
How the controller stores and recalls up to 8 preset temperature set-points.
How to adjust the specific temperature value for a selected set-point.
Fine-tuning the set-point for more precise temperature control.
Enabling and controlling the rate at which the bath heats or cools to a set-point.
Turning the scan function on or off.
Setting the speed of temperature change in degrees per minute.
Changing the display units between Celsius and Fahrenheit.
Programming multi-step temperature cycles with hold times.
Setting the quantity of set-points for ramp and soak programs.
Defining the specific temperature values for ramp and soak programs.
Setting the duration each temperature is held in a ramp and soak program.
Selecting the program cycle type (up, down, repeat).
Starting, stopping, or continuing a programmed cycle.
Accessing less frequently used functions like heater power.
Displaying the percentage of heater power being used for temperature control.
Adjusting the controller's proportional band for optimal temperature stability.
Setting and managing the over-temperature cutout for safety.
Accessing various configuration parameters like probe, operating, and interface settings.
Setting R0 and ALPHA parameters for probe calibration accuracy.
Configuring cutout reset mode, cooling mode, and hot gas bypass.
Determining if the cutout resets automatically or requires manual reset.
Setting the refrigeration mode (Auto, On, Off) for temperature control.
Adjusting the hot gas bypass for cooling capacity and stability.
Configuring baud rate, sample period, duplex mode, and linefeed for RS-232.
Setting the serial communication transmission rate.
Setting the time between temperature measurements transmitted via serial interface.
Configuring full or half duplex for serial communication.
Setting linefeed behavior for serial communication.
Configuration for the optional IEEE-488 interface.
Setting the device address for IEEE-488 communication.
Configuring the termination character for IEEE-488 data transmission.
Accessing and understanding factory-set calibration constants like CTO, CO, CG, H, L, HGbt.
Describes RS-232 serial interface capabilities for communication and control.
Details the pin-out and wiring for RS-232 serial communication cables.
Steps to configure serial interface parameters like baud rate and duplex mode.
Setting the serial communication transmission rate.
Setting the time between temperature measurements transmitted via serial interface.
Configuring full or half duplex for serial communication.
Setting linefeed behavior for serial communication.
How to operate the bath using the serial interface for control and monitoring.
Information on the optional IEEE-488 interface for GPIB communication.
Steps to configure IEEE-488 interface parameters like address and termination.
Setting the device address for IEEE-488 communication.
Configuring the termination character for IEEE-488 data transmission.
How to use the IEEE-488 interface for controlling and monitoring the bath.
Lists and explains commands for controlling the bath via digital interfaces.
How to control the bath's cooling system via the digital interface.
Guidance on selecting optimal temperatures for calibrating the bath's accuracy.
Steps to measure temperature errors at calibration points to determine deviations.
Formulas and procedure for calculating new probe calibration constants R0 and ALPHA.
A practical example demonstrating the calculation of R0 and ALPHA values.
Discusses checking and maintaining the heat transfer fluid for optimal performance and lifespan.
Schedule for cleaning condensing coil fins to maintain bath efficiency.
User responsibility for decontamination procedures following hazardous material spills.
Guidance on replacing a damaged power supply cord with an appropriate one.
Advises consulting an Authorized Service Center before using non-recommended cleaning methods.
Procedure to check the functionality of the over-temperature cutout every six months.
Specific maintenance for silicon oil baths, including cleaning oil condensation.
General guidance on identifying and solving common operational problems with the bath.
Solutions for problems related to the heater indicator, temperature not increasing, and cutout activation.
Addressing problems with flashing displays, incorrect temperatures, and parameter loss due to battery issues.
Troubleshooting inaccurate temperature control, possibly due to fluid levels, probe issues, or calibration parameters.
Resolving unstable temperatures, oscillation, erratic control, and inability to reach low temperatures.
Information on EMC Directive, Immunity Testing, Emission Testing, and Low Voltage Directive.
General| Brand | Fluke |
|---|---|
| Model | 7341 |
| Category | Thermostat |
| Language | English |
