Explosion proof vibration transmitter features an LCD display and rugged protective housing for real-time vibration monitoring in industrial environments. It supports vibration velocity and displacement measurement with 4–20mA, 0–10V, and RS485 output options, making it suitable for condition monitoring of motors, pumps, fans, compressors, turbines, and other rotating equipment.
Specification
| Model |
ATO-TXY9250 |
| Iterm |
Explosion proof vibration transmitter |
| Measured vibration |
Vibration velocity/displacement |
| Frequency response |
5-1000Hz |
| Natural frequency |
10Hz |
| Power supply |
24V DC |
| Vibration velocity |
0–10mm/s, 0-20mm/s, 0-50mm/s |
| Vibration displacement |
0–100μm, 0-200μm, 0-1000μm |
| Output |
4-20mA, 0–10V |
| Output impedance |
<500 Ω |
| Measure direction |
Vertical or horizontal directly |
| IP rating |
IP67 |
| Explosion-proof class |
EXdIICT6 |
| Thread |
M10*1.5 |
| Operating environment |
-40℃ –60℃; ≤90% RH |
| Weight |
400g |
Feature
- Explosion Proof Protection: Designed for hazardous industrial environments, the digital vibration transmitter features EXdIICT6 explosion-proof protection and IP67 ingress protection, ensuring reliable operation in areas exposed to dust, moisture, and potential explosive risks.
- Dual Vibration Measurement Capability: Supports both vibration velocity and displacement measurement, providing comprehensive condition monitoring data for evaluating the operating status of rotating machinery.
- Wide Frequency Response: With a 5–1000Hz frequency response range, the explosion proof vibration transmitter captures a wide range of equipment vibration signals, making it suitable for monitoring motors, pumps, fans, compressors, and turbines.
- Multiple Output Options: Supporting 4–20mA and 0–10V analog outputs, easily integrated into PLC systems, control panels, and industrial monitoring platforms.
- Operation Under Extreme Conditions: Powered by 24V DC and designed for operation from -40°C to 60°C, this vibration transmitter delivers stable performance in demanding industrial environments.
Detail

- High-Definition Digital Display: The explosion proof digital vibration transmitter is equipped with a high-definition digital display for real-time vibration monitoring and data visualization. Users can easily view equipment vibration status on site, reducing troubleshooting time and improving maintenance efficiency.
- Sealed Stainless Steel Housing: Featuring a fully sealed welded housing made of 304 stainless steel, the vibration transmitter offers excellent durability, corrosion resistance, and stable performance even in harsh industrial environments.
- Magnetic Mounting Option: The explosion proof digital vibration transmitter supports optional magnetic base mounting, allowing quick and flexible installation when threaded installation is difficult or unavailable. The strong magnetic force securely attaches the transmitter to the equipment surface for convenient vibration measurement, easy removal, and repositioning.
- Threaded Mounting Design: The standard thread size is M10 × 1.5 mm, designed for direct threaded installation on industrial equipment. This secure mounting method ensures reliable contact with the measured surface and improves vibration measurement accuracy.
Wiring
Probe Wiring Diagram

Transmitter Terminal Connections

Installation
Horizontal Transmitter Protection Baffle

Water & Gas Leakage Prevention Baffle

Magnetic Shielding Cover

Tips: How to maintain the explosion proof vibration transmitter for long-term operation?
Regular maintenance helps ensure stable performance, accurate vibration measurement, and a longer service life of the explosion proof vibration transmitter. Clean the transmitter housing, display area, and mounting accessories periodically to prevent dust, oil, or dirt accumulation that may affect signal detection or heat dissipation. Inspect the enclosure, cable connections, and mounting parts regularly to ensure there is no corrosion, damage, or looseness. For harsh industrial environments, such as oil & gas, chemical plants, and heavy machinery applications, more frequent inspections are recommended to maintain reliable vibration monitoring performance and safe operation.