Flir DM220 Multimeter Specification
The DM220 is equipped with a robust 6000-count display, which enhances visibility and readability of measurements in diverse lighting conditions. Its voltage measurement capability spans up to 600V for both AC and DC, and it supports current measurements up to 10A. The device also includes resistance, continuity, frequency, and capacitance measurement functions, making it versatile for various diagnostic tasks.
Safety is a priority in the design of the Flir DM220, which is rated for CAT IV-300V and CAT III-600V environments, ensuring it can be used safely in industrial and commercial settings. The ergonomic design features a durable, drop-tested casing that provides enhanced durability for field use. Additionally, the multimeter includes a non-contact voltage detector, increasing user safety by allowing for the detection of live circuits without direct contact.
For added convenience, the DM220 offers a data hold function, enabling users to freeze readings on the display for easy recording and analysis. The auto-ranging feature simplifies operation by automatically selecting the appropriate measurement range, thus ensuring efficient and accurate readings. Overall, the Flir DM220 is a reliable and versatile multimeter suitable for professionals seeking a robust solution for electrical measurement tasks.
Flir DM220 Multimeter F.A.Q.
How do I change the battery in the Flir DM220 Multimeter?
To change the battery, first ensure the multimeter is powered off. Remove the protective holster, then unscrew the battery compartment at the back. Replace the old batteries with new AA batteries, ensuring correct polarity, and reassemble the device.
What should I do if the display is not turning on?
If the display is not turning on, check the battery to ensure it’s not depleted. Replace the battery if necessary. Inspect the battery contacts for corrosion and clean them if needed. If the issue persists, consult the user manual or contact support.
How can I measure AC voltage with the Flir DM220?
To measure AC voltage, set the dial to the AC voltage position. Connect the test leads to the multimeter: the black lead to the COM terminal and the red lead to the VΩ terminal. Place the probes across the circuit or component to be measured, and read the displayed voltage.
What is the procedure to calibrate the Flir DM220?
Calibration of the Flir DM220 should be performed by a professional calibration service. Regular calibration ensures measurement accuracy. Contact Flir support for recommended calibration services.
How do I use the continuity test function?
Turn the dial to the continuity test position. Connect the test leads: black to COM and red to VΩ. Test the circuit by placing the probes on the points to be checked. A continuous circuit will emit a beep.
Why is the multimeter giving inaccurate readings?
Inaccurate readings can result from several factors: low battery power, incorrect range setting, or faulty test leads. Ensure the battery is fresh, the range is correctly set, and the leads are undamaged. Recalibration might be necessary.
Can the Flir DM220 be used for measuring DC current?
Yes, to measure DC current, set the dial to the appropriate DC current range. Insert the black lead into the COM jack and the red lead into the mA or A jack, depending on the expected current. Connect the meter in series with the circuit.
How do I maintain the probes of the Flir DM220?
Regularly inspect the probes for damage or wear. Clean the metal tips with a dry cloth and ensure the insulation is intact. Store the probes with the multimeter in a protective case to avoid damage.
What safety precautions should I follow when using the Flir DM220?
Ensure proper connection of test leads and set the dial to the correct measurement type and range. Do not exceed the maximum input limits specified. Use the multimeter in dry environments and avoid handling with wet hands.
How can I test the resistance with the Flir DM220?
To test resistance, set the dial to the resistance (Ω) setting. Attach the black lead to COM and the red lead to the VΩ jack. Place the probes across the component to be measured, ensuring circuit power is off. Read the resistance value on the display.