Hand Tools & Accessories

Know the tool before you touch the wire.

Anatomy guides for the hand tools you strip and cut with, and the test equipment that tells you whether a circuit is safe to touch — labelled parts, how each one is used, and the safety rule behind it.

The toolbox

Start here: work through 8 tools

Open any tool to explore its labelled anatomy — tap a numbered marker on the render to reveal what that part is for.

Hand tools

What you cut, strip, twist and drive with.

Photorealistic insulated screwdriver set
Real part

Insulated Screwdriver Set

VDE-rated turners for terminal screws — the handles that keep a flash off you.

Open anatomy →
  • VDE-tested insulated shaft — double-insulated to 1000 V
  • Hardened steel tip — fits the screw head without cam-out
  • Moulded handle — colour-coded size and symbol icon
  • Ferrule / bolster — stops a slip sliding down the blade
Photorealistic needle-nose pliers
Real part

Needle-Nose Pliers

Reach into tight junction boxes and bend small hoops without catching neighbouring wires.

Open anatomy →
  • Long tapered jaws — reach into deep boxes
  • Cutting edge — trim thin conductors to length
  • Pivot joint — keeps the two halves aligned
  • Comfort grips — reduce hand fatigue for repetitive bending
Photorealistic side cutters (diagonal cutters)
Real part

Side Cutters (Diagonal Cutters)

Snip conductors cleanly at the jaws' edge — the workhorse for trimming to length at a terminal.

Open anatomy →
  • Diagonal cutting edges — shear against each other
  • Pivot joint — transfers grip pressure into shear
  • Spring return — opens the jaws for rapid repeat cuts
  • Beaded insulation grips — rated to a working voltage
Photorealistic wire strippers
Real part

Wire Strippers

Remove exactly the right length of insulation without nicking the copper underneath.

Open anatomy →
  • Adjustable length stop — repeatable strip length
  • Colour-coded sizing die — matches cable gauges
  • Hinged blades — cut insulation only, not the core
  • Comb/cutting jaws — trim multiple cores in one go

Test equipment

What tells you whether a circuit is safe to touch — and what proving dead actually means.

Photorealistic digital clamp meter with split-core jaws, rotary dial and test leads
Real part

Clamp Meter

Measures current without breaking the circuit — the jaws are the transformer's core.

Open anatomy →
  • Jaws — a split core that closes around one conductor only
  • Trigger — opens the jaws one-handed
  • Display and hold
  • Rotary dial — A~ , A⎓, volts, ohms, continuity
  • Zero / relative button — cancels the residual reading before a leakage test
  • Test leads for the voltage and continuity functions
Photorealistic digital multimeter with test leads
Real part

Digital Multimeter

Measures volts, ohms, amps and continuity — the instrument every test begins with.

Open anatomy →
  • Display — holds the reading so you can let go before you read it
  • Selector dial — volts, ohms, continuity, current; the setting decides the input impedance
  • COM jack — the reference terminal every measurement returns to
  • V/Ω/mA jack — for everything except high current
  • 10 A jack — a separate, unfused shunt for heavy current
  • Test leads — fused on the current ranges, and rated for the voltage you are measuring
Photorealistic RCD tester with rotary selector, display and mains lead
Real part

RCD Tester

Injects a known leakage current and times the trip — the only way to prove an RCD will actually save someone.

Open anatomy →
  • Rotary selector — IΔn, ×½, ×1, ×5 and the ramp test
  • Display — trip time in milliseconds
  • Test button — starts the injection
  • Mains lead — plugs into a socket on the circuit under test
  • Earth/loop ranges — Zs and, with the supply isolated, Ze and R1+R2
  • Polarity and wiring check before any test is allowed to run
Photorealistic two-pole voltage and continuity tester with probes and LED indicator column
Real part

Voltage & Continuity Tester

The instrument for proving dead — a two-pole tester that shows voltage without a battery.

Open anatomy →
  • Two probes — one for each conductor, so the reading comes from the circuit
  • LED voltage indicators — 12 V steps up to 400 V or 690 V
  • Polarity indication — shows which side is live
  • Continuity buzzer and lamp — powered by the instrument's own battery
  • Single-pole phase test — only ever an indication, never a proof
  • Probe tips and finger guards (GS 38)

Got the tools? Now wire it for real.

Open ElectraSim, pick a guided circuit template, and follow the exact path a live conductor takes — fault-tested and exportable.

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