Best current price£9.49from Amazon
Shopping.co.uk recommended and popular offers
Amazon£9.49Visit shop Hilka 34100055 Analogue Multi Tester, Black
Visit shop
eBay£9.90Visit shop POCKET SIZE ANALOGUE MULTIMETER MULTI TESTER AC DC MA VOLTS RESISTANCE
Visit shop6 offers from £9.49 - £12.99
View price history by clicking the chart icon.
This guide is for anyone needing a reliable and straightforward tool for electrical circuit testing. The Hilka Analogue Multimeter is perfect for measuring DC and AC voltage, DC current, and resistance in various electrical systems. Note that this is a manual-ranging multimeter, so you will need to select the appropriate range for your measurements.
| Model Part Number | 34100055 |
|---|---|
| Brand | Hilka |
This is a general-purpose analogue multimeter, so the accuracy is good for basic measurements, but not as high as digital multimeters. Always read the specifications in the manual for precise accuracy details.
Select the Ohms range on the dial and connect the test leads to the resistor's leads. Make sure the circuit is unpowered when measuring resistance.
Immediately disconnect the test leads and select a higher measurement range on the dial. This indicates that the input value exceeds the current range.
No, this multimeter is only capable of measuring DC current.
Select the Ohms range and connect the test leads to both ends of the fuse. A very low resistance indicates a good fuse; infinite resistance means it's blown.
The maximum voltage you can measure depends on the range selected. The Hilka Analogue Multimeter has a 1000V range for both AC and DC voltage.
The multimeter comes with a battery. The battery type is indicated in the user instructions.
Check the battery and replace it if necessary. Ensure the battery is correctly installed. Check the battery compartment for corrosion.
Verify that you have selected the correct measurement range for the task. Ensure that the test leads are properly connected to the correct terminals and the circuit. Check the circuit for open circuits or other faults.
Make sure you have selected the correct measurement type (DCV, ACV, DCA, Ohms). Check the circuit for any existing breaks or if the circuit is incomplete.
