EMS KONTROL · DIFFERENTIAL PRESSURE TRANSMITTERS

EMS Kontrol BT-4X1 / 4X2

EMS Kontrol transmitter series for differential pressure transmitters applications. Confirm the exact variant and technical datasheet before specification.

MANUFACTUREREMS Kontrol
MODEL SERIESBT-4X1 / 4X2
PRODUCT CATEGORYDifferential Pressure Transmitters
MEASUREMENT TECHNOLOGYVariant documentation required

Product Overview

This manufacturer series may include different ordered configurations and installation options.

Technical Specifications

  • Measured parameter: Differential Pressure Transmitters
  • Sensor principle: Verify from manufacturer’s datasheet.
  • Measurement range, accuracy and outputs: Confirm the precise ordering variant.
  • Power, operating limits, calibration: Consult official instructions.

Manufacturer-Verified Specifications

BT-4X1 range0–50 / 0–100 / −125…+125 Pa
BT-4X2 range0–250 / 0–500 / −500…+500 Pa
Sensitivity±1 Pa
Accuracy±3%
Supply12–24 V DC
Output options0–10 V, 2–10 V, 0–3 V, 4–20 mA, 0–20 mA, Modbus RTU (model-dependent)

Official manufacturer technical data →

Engineering and Selection Considerations

Evaluate the required range, interface, installation environment, service access and compliance for the exact model; do not assume all variants share specifications.

Manufacturer and Official Sources

Related AirAlign Content

More Differential Pressure Transmitters → · Transmitter Buying Guide →

AirAlign independent technical reference. Manufacturer documents remain authoritative.

BT-4X1 / 4X2 — displayed differential-pressure readings

The manufacturer identifies BT-4X1/4X2 as displayed differential-pressure transmitters. Their display can help establish zero, sensor polarity and pressure-drop direction during commissioning, but each order suffix’s pressure span and output must still be verified. For fan proving, pressure monitoring and filter applications, place taps away from turbulence and protect tubing from condensate. A pressure display alone is not a safety-rated airflow proving relay and should not replace a mandatory independent protective control.