| Attribute | Value |
|---|---|
| Product Name | Deif Tap-210dg/1 Inwatt Transducer |
| Brand | Deif |
| Model | Tap-210dg/1 |
| Part No. | 57975.10 |
| Range | 90–0–900 kW |
| Voltage | 380/220 V |
| CT Ratio | 1600/5 A |
| Input | 162, 8-0-1628 W |
| Output | 4–20 mA |
| Load | Less than 750 Ω |
| Coupling | 1W3 |
| Supply | 220 V AC |
| Weight | 280 gm |
| Condition | Used – 1 Pcs |
| Ref No | 63464 |
What is the DEIF TAP-210DG/1 Inwatt Transducer?
The DEIF TAP-210DG/1 is an industrial in-watt transducer that measures the real input power in AC electrical systems through an AC current and voltage signal at the transducer input. All measured power is converted into standardized analog output signals that easily interface to control panels, automation systems, SCADA, PLCs, and monitoring instruments.
DEIF develops and manufactures high-precision measurement devices that are trusted globally in marine, industrial, and energy sectors. The TAP-210DG/1 is designed to maintain stability, accuracy, and reliability even in the most demanding environments found on ships, offshore platforms, and heavy industrial plants.
This transducer is essential wherever precise power measurement is required for load distribution, system protection, energy management, and performance monitoring.
Key Features of the DEIF TAP-210DG/1 Inwatt Transducer
1. High Measurement Accuracy
The transducer is designed with superior electronics, which accurately converts real power into an analog output with minimal errors under fluctuating loads.
2. Robust Construction
Designed for industrial and marine environments, the device resists vibration, temperature fluctuations, and electrical noise.
3. Stable Analog Output
Provides a clean, proportional output signal that’s usually 4–20 mA or 0–10 V to be suitable for integration with automation systems.
4. Broad Operating Range
Can measure power across a wide range of voltages and currents, which makes it applicable for various types of AC systems.
5. DIN-Rail or Panel Mounting Flexibility
Very easy to install in switchboards, distribution panels, and control cabinets.
6. Long-Term Reliability
Built with DEIF’s proven engineering quality for long service life and minimal need for calibration.
7. Compact & Efficient Design
Occupies minimal space and provides excellent thermal and electrical performance.
Applications of the DEIF TAP-210DG/1 Inwatt Transducer
It finds wide application in systems that require precise measurement of real power for reasons of operational stability and control. Common applications include:
Marine Electrical Systems
These are also extensively used on ships for monitoring generator loads, distribution systems, engine room equipment, and power management systems.
Industrial Automation
Works with PLCs, DCSs, and SCADAS for the monitoring and control of electrical loads.
Power Generation & Distribution
It serves to measure power consumption and generation within substations, gensets, and renewable energy installations.
Energy Management Systems
It serves for energy audits, load studies, and tracking consumption.
Control Panels & Metering Boards
Provides the exact power conversion for instrumentation and display units.
Process Industries
It serves for reliable power monitoring in such industries as oil & gas, chemical processing, water treatment, metal manufacturing, paper mills, and other heavy industries.
Why Choose the DEIF TAP-210DG/1 Inwatt Transducer?
Trusted brand with global compliance of marine norms
DEIF is one of the most respected names in marine and industrial power monitoring, with products that meet the strict standards for safety and accuracy.
Precision for Critical Applications
From a vessel at sea to heavy load industrial installations, the TAP-210DG/1 provides consistent measurement performance.
Seamless Integration with Automation Systems
Compatible with modern monitoring systems, which allow for real-time analysis and control.
Helps Reduce Energy Costs
Accurate measurement therefore allows for better distribution of loads and energy optimization.
Designed for Severe Conditions
It is designed to operate reliably under conditions of vibration, humidity, electrical disturbances, or temperature variation.
Long Service Life With minimal maintenance and calibration needs during its lifetime, it is cost-effective.




