Why is my Jenway Multimeter 3510 display erratic?
If you're getting an erratic display on your Jenway Multimeter 3510, make sure you are using the supplied 9V AC power supply. Using other power supplies can cause the unit to malfunction.
How to fix a Jenway Multimeter 3510 with no display?
If your Jenway Multimeter 3510 shows no display, check that the correct 9V AC power supply is properly connected and switched on.
What does ERROR SLOPE mean on my Jenway Multimeter 3510?
If you see 'ERROR SLOPE' on your Jenway Multimeter, it indicates an electrode problem. Test the 3510 using a BNC cap and consider replacing the electrode.
What to do if my Jenway Multimeter 3510 cannot calibrate?
If your Jenway Multimeter 3510 is unable to calibrate, it might be due to an electrode fault. You should test the 3510 using a BNC cap and replace the electrode if necessary.
What does ERROR EO mean on my Jenway Multimeter 3510?
If you see 'ERROR EO' on your Jenway Multimeter 3510, it indicates a buffer problem. Try using freshly prepared buffers.
Why are temperature readings incorrect on my Jenway Multimeter 3510?
If your Jenway Multimeter 3510 temperature readings are incorrect, the temperature probe may be faulty. Check the 3510 and replace the temperature probe.
Why are temperature readings fluctuating on my Jenway Multimeter 3510?
If your Jenway Multimeter 3510 temperature readings are fluctuating, the temperature probe may be faulty. Check the 3510 and replace the temperature probe.
Why is my Jenway Multimeter 3510 giving drifting erratic readings?
If your Jenway Multimeter 3510 is showing drifting erratic readings, it could be due to an electrode fault. Test the 3510 using a BNC cap and replace the electrode.
Why is my Jenway Multimeter 3510 unable to recognise the buffer?
If your Jenway Multimeter 3510 shows 'Unable to recognise', ensure the correct buffer type is selected. Use 'AUTO' for Jenway supplied buffers. Replace the buffers and test the 3510 using a BNC cap; replace the electrode if needed.
What does it mean when the feed light is flashing on my Jenway Multimeter 3510 printer?
If the feed light on the printer connected to your Jenway Multimeter 3510 is flashing, it means the printer needs more paper.
General| DC Voltage Ranges | 200mV, 2V, 20V, 200V, 1000V |
|---|---|
| Resistance Ranges | 200Ω, 2kΩ, 20kΩ, 200kΩ, 2MΩ, 20MΩ |
| Continuity Test | Yes |
| Diode Test | Yes |
| Overload Protection | Yes |
| Temperature Range | -20°C to 1000°C |
| AC Voltage Ranges | 200V, 750V |
| DC Current Ranges | 200μA, 2mA, 20mA, 200mA, 10A |
| Display | 3.5 digit LCD |
| Current Range AC | 200mA, 10A |
| Capacitance Range | 20nF, 200nF, 2µF, 20µF |
| Frequency Range | 20kHz |
| Battery | 9V |
General purpose pH/mV/Temperature bench meter for routine laboratory analysis.
Technical specifications including pH, mV, temperature ranges, resolution, accuracy, and outputs.
Lists items included in the packaging and reporting shortages or damage.
Instructions for connecting electrodes, ATC probe, and power supply.
Explains the various elements and indicators shown on the instrument's display.
Details the function of each key on the instrument's keypad.
Describes the rear panel layout and function of various sockets and connectors.
Explains the concept of pH, its measurement scale, and the relationship with hydrogen ion activity.
Details the components of a pH measurement system: pH meter, pH electrode, and reference electrode.
Guidance on preparing buffer solutions accurately for calibration.
Explains the importance of buffer solution temperature for accurate calibration.
General guidelines for the care and maintenance of pH electrodes during use.
Details the various user-configurable set-up modes for the instrument.
Describes how to select the buffer type for calibration, including manual entry.
Explains how to set the pH resolution on the instrument's main display.
Details how to select the temperature units (°C or °F) for display and measurement.
Instructions for manually entering temperature when the ATC probe is not connected.
Configuration of serial port baud rate for data communication.
Step-by-step guide for performing pH calibration using manual temperature compensation.
Step-by-step guide for performing pH calibration using automatic temperature compensation.
Lists and explains common error messages displayed by the instrument.
Explains the Absolute and Relative millivolt modes for measurement.
Instructions for performing pH, mV, and temperature measurements.
Details how to store, view, and manage measurement results.
Basic maintenance guidelines for keeping the instrument clean and protected.
Procedures and agents for cleaning and re-conditioning pH electrodes.
Lists available optional accessories, including printers, cables, and pH electrodes.
Lists common spare parts for the instrument and electrodes.
Details the analogue output specifications and voltage per digit.
Explains the RS232 interface connections and pin assignments for data communication.
Describes how to control the instrument remotely via RS232 using keypad commands.
Instructions for connecting and using a serial printer with the instrument.
Illustrates typical header and data printouts from the instrument.
Lists common faults, their possible causes, and recommended actions for resolution.
Describes how to perform checks on the meter's measurement functions.
Instructions for resetting the instrument to its default factory settings.
To Next Page
