Features
2 permanent, 1 master and 4 slave sockets – child-resistant
Devices (e.g. PC) plugged into the master socket automatically trigger the power supply for the slave sockets (e.g. monitor, printer, scanner, etc.) being switched on/off
Ideal for computer, hifi and SAT equipment
Master/slave sockets can be changed to permanent outlets at the push of a button
Ultimate protection for your equipment with surge protection – max. leakage current 15,000A
(BE only) Built-in circuit breaker for effective overheat protection
Automatic threshold adjustment for the master device
Sockets at a practical 90° angle for ease of use
Cable length: 2m
Features
Multi-Purpose Detector
Large, easy to read LC-display with backlight
Memory for adding lengths, areas and volumes
5-in-1 function:
Ultrasonic distance measurement (approx. 0.6 – 16m) with length, area and volume calculation, and interchangeable unit of measurement (m/ft)
Wooden substructure detection up to a depth of approx. 38mm
Electric cable detection up to a depth of approx. 35mm
Metal detection up to a depth of approx. 24mm
Integrated marking laser with up to 10m range including spirit level for aligning tiles, suspended cupboards, etc.
Includes 1x 9V battery + instruction manual
Technical data: Ultrasonic distance measurement Detects: Wood, AC wires, metal Laser class: 2 Max. power output (Pmax): 1mW Wave length: 635–660nm Power supply: 9V block battery
Features
Gel Knee Pads
Optimal protection and comfort for working on hard floors
Ideal for gardening or laying tiles and wooden floors
Protection conforms to standard DIN EN 14404
Type 1, performance level 1
Integrated gel cushion adapts to the body
Practical hook & loop fastening straps
1 pair
Features: Made from chrome vanadium steel and S2 steel 13 sockets 21 bits 4 x hex keys Ratchet with quick release function T-handle Square handle Box nut adaptor Flexible extension 2 x extensions Universal joint
Features Inspection Camera Can be used to inspect small hollow spaces, pipes or hard-to-reach areas Also suitable for damp environments (e.g. drain pipes) Micro-camera connected to the hand-held monitor via flexible gooseneck Waterproof camera probe (Ø 8mm) with 4 white, dimmable LEDs with 8 brightness settings This is a speciality light suitable as a work light, not as room lighting. Separate brightness control of the display and LEDs on the hand-held unit (display shows level) 2x zoom function
Features: Laser Spirit Level Align pictures, tiles, etc. accurately and easily 2 bubbles with LED light for horizontal and vertical alignment With cross-hatch function Laser and bubble illumination can be switched on separately Metal bar with magnetic clamp for securing to magnetic surfaces Includes adjustable mini tripod with ball joint Measuring accuracy 0.5mm/m Up to approx. 2m working range Max. height with tripod: approx. 32.5cm Includes batteries LEDs cannot be replaced
Features 75x bits 25 mm/S2 steel 1x Ratchet with Quick Release 1 x Bit 6.35 mm (1/4 inch) 2x Bit Adaptor 25 mm/50 mm 1 x Bit Holder 60 mm (magnetic) 1 x Socket Adapter, Chrome Vanadium Steel
Features Measuring range: 28-210Nm 12.5mm (1/2″) drive Measuring tolerance: +/- 4% Includes 12.5mm (1/2″) extension (length: 125mm) and 3 sockets (17-19-21mm) Reversible ratchet for clockwise and anticlockwise use 5 piece set
A torque wrench with a ratcheting mechanism is a specialized tool designed to apply a specific amount of torque to a fastener, such as a nut or bolt. Torque is the rotational force applied to tighten or loosen a fastener to a predetermined level. The ratcheting mechanism in a torque wrench allows it to be used in a way similar to a regular ratchet, but with the added feature of setting and measuring torque. Here’s how a torque ratchet typically works:
Ratcheting Mechanism:
A torque ratchet features a ratcheting mechanism that allows the tool to turn the fastener in one direction (usually tightening) while preventing movement in the opposite direction. This mechanism enables users to apply torque efficiently without having to reset the tool for each turn.
Handle and Head:
The torque ratchet consists of a handle and a head. The head typically has a square drive to accommodate different-sized sockets.
Torque Adjustment:
Torque wrenches have an adjustable torque setting. This setting is often adjustable using a scale or a micrometer-type adjustment mechanism near the handle. Users can set the desired torque level by turning the adjustment knob or handle.
Scale or Display:
Many torque ratchets have a scale or a digital display that indicates the applied torque in units such as Newton-meters (Nm) or foot-pounds (ft-lbs). This helps users monitor and control the amount of torque being applied.
Click-Type Mechanism:
Click-type torque wrenches are common. As the user applies torque to the fastener, the wrench emits an audible “click” sound when the preset torque level is reached. This click indicates that the desired torque has been applied, and the user should stop turning the wrench.
Cam-Over Wrench Mechanism:
Some torque wrenches, particularly those with higher precision requirements, use a cam-over wrench mechanism. In this design, the wrench’s handle continues to turn after reaching the set torque until a specific point where the wrench “cams over,” preventing further torque application. This design minimizes the risk of over-torquing.
Release and Reset:
After reaching the desired torque, the user releases pressure on the wrench. Some torque wrenches require resetting to the minimum torque setting before storage to maintain accuracy.
Calibration:
To ensure accuracy, torque wrenches need periodic calibration. Calibration involves comparing the wrench’s measurements to a known standard and adjusting if necessary. Regular calibration helps maintain the tool’s precision.
It’s crucial to follow the manufacturer’s instructions for using and maintaining a torque ratchet, as improper use can lead to inaccuracies or damage. Additionally, torque wrenches should be stored properly and kept in protective cases to prevent damage and maintain calibration.
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