Model iT301 User-Configurable Intelligent Vibration Transmitter
Description
Features:
- Accepts input from accelerometers (single and dual output), piezo- velocity sensors
- Input signal is split into two independent processing bands
- Measures real time sensor bands, BOV, signal true peak and temperature (if available)
- Built-in web browser allows custom configuration of bandwidth and detection type
- 2 x 4-20 mA outputs, user-defined
- High/low alarms mappable to a single NC/NO relay
- Text field for user entry of machine information
- Configurations can be stored for easy recall
- Selectable speed range to monitor high- or low- speed machinery
- Communicates using Modbus-TCP or RS485 protocol
Specifications
Specifications
Approvals & Certifications
- CE
Communication
- Modbus/TCP
- RS-485
- RS-485 - Max.
- RS-485: 120 ohms Termination Network
- RS-485: 2-Wire Half-Duplex
Electrical Connectors
- BNC Connector
- Screw Terminal
- Terminal Block
Frequency
- Frequency Response: 0.2 Hz to 20 kHz (-3 dB, 0.1 dB)
- True Peak Band: True Peak Detector, 10 Hz to 25 kHz
Indication
- Green LED: Solid (Normal), Flashing (Test), OFF (No Power)
- Yellow LED: ON (Relay Energized), OFF (Relay De-Energized, RS-485 Idle / Non-Matching Address), Flashing (RS-485 Active)
Isolation
- 500 Vac, Input to Output
Loop Resistance
- Maximum 500 Ω
Mounting
- 35 mm DIN Rail
Operating Temperature
- -40° to 70° C (-40° to 158° F)
Output
- Loop Output: 4-20 mA (Two) Configurable from Measurement Results
Power
- 11-32 Vdc
- 350 mA - Max.
- IEPE Power Source: 24 Vdc, 3.5 mA, Enable/Disable
Range
- Dynamic Range: > 90 dB
Sensitivity
- Sensitivity Range (Acceleration): 9 to 11,000 mV/g
- Sensitivity Range (Temperature): 10 mV/°C (Optional 10 mV/° K)
- Sensitivity Range (Velocity): 9 to 11,000 mV/inch/sec
Sensor, Probe Type
- Sensor Typical: IEPE Accelerometers (Single & Dual Output) Piezo Velocity Transducers
Storage Temperature
- -40° to 85° C (-40° to 185° F)
Switch Type
- DIP Switches
Temperature Effect
- 10 mV/°C, 2° to 120° C, Sensor Dependent