Isolated Frequency PWM Transducer 0–100kHz to 0–10V 4–20mA DC24V - Image 1
Isolated Frequency PWM Transducer 0–100kHz to 0–10V 4–20mA DC24V - Image 2
Isolated Frequency PWM Transducer 0–100kHz to 0–10V 4–20mA DC24V - Image 3
Isolated Frequency PWM Transducer 0–100kHz to 0–10V 4–20mA DC24V - Image 4
Isolated Frequency PWM Transducer 0–100kHz to 0–10V 4–20mA DC24V - Image 5
Isolated Frequency PWM Transducer 0–100kHz to 0–10V 4–20mA DC24V - Image 6
Isolated Frequency PWM Transducer 0–100kHz to 0–10V 4–20mA DC24V - Image 7

Isolated Frequency PWM Transducer 0–100kHz to 0–10V 4–20mA DC24V

DM6210 8-Channel RTD Signal Converter RS485 Relay DIN Rail 24V
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Description

🔄 Isolated Frequency PWM Transducer Transmitter – 0–100kHz to 0–10V / 4–20mA Converter (DC24V) | AuscomTech

The Isolated Frequency PWM Transducer Transmitter is an industrial-grade signal conditioning module designed to convert frequency or PWM pulse signals into standard analog outputs (0–10V or 4–20mA).
With photoelectric isolation, fast response, and high accuracy, it is ideal for PLC, SCADA, instrumentation, and automation systems where signal integrity and electrical isolation are critical.

Suitable for pulse outputs from sensors such as flow meters, encoders, proximity sensors, and controllers.

⭐ Key Features

🔌 Frequency / PWM to Analog Conversion
Converts pulse or frequency inputs into industry-standard analog signals:

  • 0–10V DC

  • 4–20mA

🔒 Photoelectric Isolation
Linear opto-isolation prevents ground loops and electrical interference, improving system stability and safety.

🎯 High Accuracy & Linearity

  • Accuracy: ±0.5%

  • Linearity: 0.1%
    Ensures reliable, repeatable signal conversion.

⚡ Wide Frequency Input Range
Accepts 0–100kHz pulse signals with input amplitude from 5–24V DC.

⏱️ Fast Response Time
< 200 ms response for real-time monitoring and control.

🧱 Industrial Mounting Options
Designed for DIN-rail mounting or screw fixing in control cabinets.

🔋 Stable DC24V Operation
Low power consumption with operating current <25mA + output current.

🛡️ Overload & Isolation Protection

  • Overload protection: 2× nominal input

  • Isolation withstand voltage: 1kV AC (50Hz, 1 min)

📊 Technical Specifications

Specification Details
Input Signal Frequency / PWM pulse
Input Frequency Range 0 – 100 kHz
Input Amplitude 5 – 24V DC
Output Signal Options 0–10V DC or 4–20mA
Power Supply DC 24V
Load Resistance ≥10 kΩ (voltage output)
Accuracy ±0.5%
Linearity 0.1%
Response Time <200 ms
Offset Voltage ≤50 mV
Temperature Drift ≤100 ppm / °C
Isolation Voltage 1 kV AC / 50 Hz / 1 min
Operating Temperature −10 °C to +70 °C
Storage Temperature −25 °C to +85 °C

🧩 Compatible With

• PLC digital / pulse inputs
• SCADA and DCS systems
• Flow meters and water meters
• Encoders and tachometers
• Proximity and speed sensors
• Industrial controllers and transmitters

🔧 Typical Applications

• Frequency-to-analog signal conversion
• PWM signal conditioning
• Flow rate and speed measurement
• Industrial automation and control
• Instrumentation systems
• Energy monitoring
• Process control interfaces

⚠️ Wiring & Usage Notes

• Ensure correct selection of output mode (0–10V or 4–20mA)
• Input signal amplitude must remain within 5–24V
• Use proper grounding and shielding for best noise immunity
• DC24V regulated supply recommended

📦 Package Includes

• 1 × Isolated Frequency PWM Transducer Transmitter Module

Additional information

Weight 250 g
Dimensions 260 × 160 × 40 mm
Input Frequency

0-100Hz, 0-200Hz, 0-1KHz, 0-10KHz, 0-100KHz
Output Signal

0-10V, 4-20mA

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