What's new

Voltaula Work: your workshop with training, attempts and projects, without groups or teachers.

Client appliances with real power and protection class; unplug them and plug them back in.

“Explain why”: a note in the log and on each fault in the report.

Twelve wiring-device series (Niessen, Simon, Schneider, Legrand, BJC, Jung, Efapel) with frames from the same series; modular devices from Schneider, Legrand and ABB.

New devices: dimmer, blind switch, motion sensor, doorbell, USB socket, staircase timer, in-box relay, thermostat, surge protector and EV charging.

Before working: prove the tester on a live point and measure L–N, L–PE and N–PE at the work point.

The insulation tester also measures earth resistance; the RCD tester injects exactly the current you choose.

New hidden faults: burnt contact, partly broken conductor, cable trapped in a box, neutral-to-earth fault, RCD that does not trip, appliance with leakage, and overload.

Products from datasheets: Niessen Zenit devices, Hager Golf VS enclosures, KN10E terminal block, Solera boxes and Wago 221 connectors.

One drawing style for tools, cursors and instruments.

Projects: a flat floor plan or your own board; save, open and copy.

Checks as you go: circuits per ITC-BT-25, design current and voltage drop to the farthest point.

Power and electrification level, and every REBT remark.

Light and dark theme.

Drill with a Ø68 hole saw, wall chaser and plaster: conduit only goes into an open chase, and an unfilled chase is a remark.

Ferrules and crimping tool; conduit fill (ITC-BT-21) and bathroom zones (ITC-BT-27).

Insulation tester, RCD tester and clamp meter; installation inspection with a test record.

Consumer unit design on the floor plan: circuits, protection, cross-sections and enclosure, checked against ITC-BT-25.

Spirit level: boxes, devices and enclosures go up by eye and are levelled.

Working time against a standard; material limited from ×1 to ×2, handed out in pools so the choice is not given away.

Surface enclosures from 1×8 to 3×12 and a 2×12 flush one: choosing the size counts too.

Isolator and incoming terminals in a separate box above the consumer unit.

Floor plan with rooms, furniture, boxes, consumer unit and routes; open any box or the panel to work up close.

Levels from 1 — the flat is finished and one socket is missing — to 3, the whole flat.

Old flat: the client complains and the fault is found by measuring; the report shows which ones were fixed.

Tasks: installation, lighting circuits and fault finding.

Workbench: cut, strip, label and pull cables into conduit; installed conduit takes fewer cables and jams on bends.

Length is measured with the tape between any two points; the spare at the ends follows the regulation.

The cut is made exactly where you click, and both pieces stay in place.

Every action takes time; a short cable means new material.

Action menu: what you hold and where you click; no hints about what to do.

Isolator with a padlock at the supply; the incoming cables are real and always live.

Multimeter: voltage, resistance and continuity, with probes on terminals and free ends; labels on cables.

Devices drawn from real products; labels only if you turn them on with “Aa”.

Fitting the consumer unit and the points on the training board.

The circuit is calculated: voltages, currents, breaker and RCD tripping, shocks when working live.

Rules based on the REBT and its ITC-BT instructions; a report with a score and the severity of each fault.

Interface in five languages and optional translation of technical terms.