Kewtech KEW2500 DC Milliamp Clamp Meter
The Kewtech KEW2500 DC Milliamp Clamp Meter measures low DC current signals without opening the circuit or stopping the process. It covers signals from 0.01 mA to 120.0 mA, so users can test common 4–20 mA control loops as well as other low-current systems. As a result, engineers can check live process signals while reducing disruption to working equipment.
Its compact 6 mm clamp jaw reaches conductors inside busy control panels, cabinets and other confined areas. Meanwhile, the backlit dual display shows both the measured current and its percentage of the 4–20 mA span, which helps users review results quickly. The Kewtech KEW2500 DC Milliamp Clamp Meter also includes a measurement spotlight and an analogue output for connection to a recorder, logger or digital multimeter.
Designed for industrial maintenance, the meter supports fast checks on PLC systems, transmitters, analogue inputs and process controls. Furthermore, its battery-powered design allows portable use across workshops, plants and field sites. Clear controls and a separate clamp sensor make the Kewtech KEW2500 DC Milliamp Clamp Meter a practical choice for routine checks and fault finding.
Key Benefits
- Measures live DC milliamp signals without opening the circuit loop
- Helps prevent process stoppages during routine checks and fault finding
- Dual display presents measured current and the percentage of a 4–20 mA span at the same time
- Compact clamp sensor reaches wiring in crowded control panels and cabinets
- Backlit screen supports clear viewing in dim plant rooms and enclosures
- Built-in spotlight helps users locate the required conductor in dark spaces
- Analogue output allows readings to be sent to a compatible recorder, logger or digital multimeter
- Portable battery operation supports testing across industrial and field locations
Common Applications
The Kewtech KEW2500 DC Milliamp Clamp Meter is suited to a range of low-current process and control tasks, including:
- Checking 4–20 mA process control loops
- Testing industrial automation equipment
- Inspecting PLC input and output signals
- Measuring transmitter output current
- Checking analogue input and output systems
- Maintaining process control equipment
- Finding faults without breaking the loop
- Recording low DC current signals over time
Why Choose This Model?
This model combines fine 0.01 mA resolution with non-invasive loop measurement and a compact 6 mm jaw. It is a focused choice for engineers who need to test low DC control signals while keeping industrial processes running.
