Gearbox vibration sensor SDJ706 integrated

NegotiableUpdate on 05/14

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The gearbox vibration sensor SDJ706 is integrated, which combines a vibration velocity sensor and a precision measurement circuit to form a high-precision vibration measurement system ..

Product Details

Gearbox vibration sensor SDJ706 integrated

The gearbox vibration sensor SDJ-706 integrates a vibration velocity sensor and a precision measurement circuit to form a high-precision vibration measurement system, realizing the function of the traditional "sensor+monitoring instrument mode vibration measurement system. The transmitter can be directly connected to DCS, PLC or other equipment, making it an ideal choice for vibration measurement of factory equipment such as fans, motors, water pumps, etc.

Technical Specifications
Power supply: 24VDC ± 10%
Input signal: taken from the signal of the built-in vibration speed sensor
Sensitivity: 20mv/mm/s ± 5%
Frequency response: 10-1000 Hz or 5-1000 Hz (special instructions)
Range: 0-20mm/s (true RMS)
0-200um (peak to peak)
Measurement error: ± 1% of full scale
Output current: 4-20mA
Output impedance: ≤ 500 Ω
Temperature range: -25 ℃ to+65 ℃ during operation
Storage time: -40 ℃~85 ℃
Relative humidity: up to 95%, non condensing
Dimensions: φ 33 × 75mm
Weight: Approximately 340g

Order code
XJ-9200A □□ (optional) - □□ (V/D) - A □□ - B □□ - C □□
Selection instructions
Optional: Waterproof connector □: F-Waterproof connector
Kaizhuang outgoing line □: B-Kaizhuang pipe
Required: Selection Description
Range □□:
Vibration velocity ranging from 10V-0 to 10mm/s; 20V*-0～20mm/s； 30V-0～30mm/s； ……
Vibration displacement ranging from 100D-0 to 100 μ m; 100D-0～200μm； 300D-0～300μm； ……
Installation direction A □:
1- Level; 2- Vertical; 3 * - Universal
Install thread B □:
1*-M10×1.5； 2-M8×1.25； 3- Magnetic seat; 4- Special customization
Cable length C □:
1-1m； 2*-2m； 3-3m； ……
Unless there are special circumstances, the manufacturer produces according to each item; If you have any special requirements, please consult with our company
Selection example: XJ-9200A-20V-A3-B1-C2
Gearbox vibration sensor SDJ-706

Correct wiring method for high temperature pressure transmitter

Today, the editor brings you high temperature and pressuretransmitterWithout further ado, please follow me to take a look at the wiring method.

1. When the high temperature pressure transmitter has no reference end temperature automatic compensation, the transmitter calibration wiring

(1) Used for automatic temperature compensation of high-temperature pressure transmitters without a reference end.

(2) When calibrating a thermocouple high-temperature pressure transmitter with compensation using practical measurement methods, this wiring method is also used:

Place a thermometer at the input end of the transmitter to measure the cold end temperature value. Use the calibration table to check the temperature potential value E ω. Then, based on the potential value E0 on the thermocouple calibration table, measure the millivolt valuesignalGenerator output (E0-E ω) value, i.esimulationOutput of thermocouple, measuring thermocouple high temperature pressure transmitter 4-20mAcurrentOutput value, calculate the measurement accuracy of the transmitter. This method has two aspects: environmental temperature changes and measurement errors at the cold end of the thermometer, which cannot eliminate the measurement errors caused by these two aspects. Therefore, it is usually used for on-site zero hour comparison measurement and not for calibration of high-temperature pressure transmitters.

2. High temperature pressure transmitter with reference terminal temperature automatic compensation wiring

(1) When the input signal is a thermocouple, verify the wiring of the intelligent high-temperature pressure transmitter according to this diagram. The wiring of high-temperature pressure transmitters produced by other manufacturers is also the same.

(2) The thermocouple compensation wire adopts the compensation wire corresponding to the measuring thermocouple; Simulate thermocouple signals using mV signal generator; The ice container is a mixture of ice and water, and the cold end temperature is maintained at 0 ℃.

(3) High temperature pressure transmitter precision measurement method:

Based on the corresponding potential value on the thermocouple calibration table, the millivolt signal generator directly simulates the thermocouple output signal, measures the 4-20mA signal output by the high-temperature pressure transmitter, and calculates the measurement accuracy of the transmitter.

This measurement method can eliminate measurement errors caused by temperature changes at the cold end during the measurement process, but the measurement errors caused by the compensation line itself cannot be eliminated. This method is generally used in laboratory measurements and factory calibration of high-temperature pressure transmitters.

Gearbox vibration sensor SDJ706 integrated