Sherlock-V2.0 Voltage Internal Resistance Meter (Mechanic)

Description

• Mechanic Sherlock V2.0 multimeter PN Junction / ON-OFF / Voltage HD Digital Display Tester for Detect Motherboard. Mechanic Sherlock V2.0 Hi-Precision Voltage PN Junction Tester for Motherboard detection,Mechanic Sherlock V2.0 Hi-Precision Voltage PN Junction Tester.
• TESTER – The Mechanic Sherlock V2.0 can accurately detect voltage on phone logic board / motherboard using this extremely precise voltage tester tool. This helps diagnose fault lines.
• DETECTION – Detects and tests PN Knot / Pass / Voltage tester all in one.
• ONE HAND OPERATION – Added feature of one-handed operation for comfort and ease of use.
• RECHAREABLE – Built in rechargeable battery gives the Sherlock full portability, with stainless Steel high hardness probes give a very precise pinpoint accuracy. The main unit is made from aluminium.
• DISPLAY – LED Display on main unit and probes give you instant live measurements.
• Features:

– The probe is made of stainless steel with high hardness, which has been heating treated many times to make it more solid and not easy to damage.

– Wonderful, PN knot/Pass/Voltage tester.

– Patient and durable, aviation-grade aluminum.

– Super sharp, stainless steel replacement probe.

– Extended interface, unlock more how to use.

– Liberation of one hand is like an additional assistant.

– Type-C charging interface can be used continuously for 8 hours with a single full charge.

– Unlock the new gameplay and dual-table pen visualization. You can read the data without raising your head, avoiding the data errors caused by a hand sliding.

– The product is designed with a double-layer PCB structure, compact layout, high specification IC and components to ensure the high stability of the product.

– Access to the Type-C cable can be charged and powered by the device.

– Red-grounding can be measured with one-handed resistance.

– Black grounding can be measured by one hand.

– Four-and-a-half high precision data display, accurately find the fault point.