Designed for Industry 4.0, this series is both robust and intelligent, allowing an audit trail to be created for user operations, utilizing cutting-edge technologies for critical and non-critical operations alike.
Tool Features
Technologies
Electronic Torque Control uses our advanced tightening technology to automatically shut off when the correct torque has been achieved. Different models will have alternative different stages to customize your workflow to optimize to the correct workload.
Our Electronic Pulse System is an electronic algorithm to dampen reactive forces for direct drive tools when they reach the desired torque. This process is achieved by pulsing the electric motor rather than applying continuous power to reduce the overall force applied to the user.
Our patent-pending All-In-One motor includes the power, control & communication board along with the automatic winding stator with an interior permanent magnet design rotor, all enclosed in a die-cast cover. These one-unit components have several advantages, including weight reduction, longer lifespan, and crucially our number one design goal of efficiency as there are no additional components to cool.
DC motors have traditionally been driven by carbon brushes to power the motor. Over time these wear out and need replacing. All our motors are brushless meaning that the motor is controlled electronically without the need for carbon brushes ensuring your tool is maintenance-free.
We have leveraged decades of electrical expertise from some of the world’s leading electrical engineers to develop our wireless platform to record and control our professional assembly tools, that can be remotely controlled via our software or different protocols for PLC systems.
PRODUCT VIDEO
TECHNICAL SPECIFICATIONS
Key features include:
* Incorporates a built-in transducer that is ideal for safety-critical applications with real-time torque feedback
* The Electronic Pulse System (EPS) is designed to reduce the reaction force
* Precise auto shut-off when it reaches the desired torque with LED and buzzer indicator of joint status for either good or not-good fixing
* OLED display for instant achieved torque, angle, batch count information
* Built-in 2-way wireless communication that can connect to a PLC unit or computer
* The brushless motor ensures the use of wear-free components, which reduces maintenance costs and extends the life cycle of the product
Additional information
| Model | RV2054-WR18 |
|---|---|
| Voltage | |
| Drive | 1/4" Hex |
| Control Torque Range | 3 – 18 Nm |
| No Load Speed | 50 – 800 RPM |
| Accuracy | Cmk (based on 6 σ) ≥ 1.67 at ±10% |
| Tool length | 212 mm |
| Tool Weight | 1.00 kg |
RV2054-WR18
Torque
Stages
Featuring different preset torque levels plus auto shut-off to offer precise control and consistent results across a variety of fastening tasks. Each stage corresponds to a different torque value (for example: 100 Nm, 200 Nm, 300 Nm, 400 Nm, 500 Nm, 600 Nm, 700 Nm), enabling the operator to select the exact torque requirement for the job and rely on the tool stopping cleanly when that limit is reached.
This multi-stage setting with auto shut-off means you can:
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Avoid over-tightening critical fasteners and damaging threads or components.
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Switch quickly between tasks requiring different torque levels without changing tools.
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Ensure consistency across repeated assembly jobs, ideal for production or maintenance workflows.
Dimensional drawing
NOISE / VIBRATION INFORMATION
Noise Value
Sound Pressure Level (LpA )- Noise Uncertainty (K Factor) 3.0 dB(A)
Vibration Value
Average Vibration Level (Ah)*- Uncertainty Level (K Factor) 3.0 m/s 2
