1. Overview
AN3510 series Vibration monitoring receives signals from a magnet-electrical vibration velocity Sensor(Bearing vibration) or Proximity sensor(shaft vibration); the original signals from the sensor are converted into digital signals by a signal interface unit; the digital signals are transmitted to an embedded microcontroller unit (MCU), and are then identified, judged, processed and compared by software and output by output units, thus implementing online monitoring and protection of device Vibration.
2. Purposes
● Online monitoring and protection of rotary machine bearing vibration;
● Online monitoring and protection of rotary machine shaft vibration;
● Online monitoring and protection of rotary machine Throw.
3. Functions
● Highlight digital display unit: To display real-time vibration value;
● Plate-type touch keyboard: Field programming parameter setting;
● Standard signal output: 4-20mA;
● On-off output: two-stage alert normally open/closed contact output;
● LED indicator: To display various statuses;
● Buffer interface: Sensor original signal buffer output.
4. Features
● Perfect self-inspection and diagnosis function; when a failure occurs, current output is 0mA, and "Not Ok" LED on the panel is on;
● Embedded microcontroller unit (MCU); an E2PROM data storage unit (for important parameters) and a FLASH process program storage unit are integrated in the chip;
● Power unit: a DC-DC/AC-DC module power supply realizes ultra-width power input and isolated output;
5. Application
Application Fields:
● Power plants (thermal, hydro, nuclear and wind)
● Metallurgy (steel mills and aluminium manufacturers, etc.)
● Petrochemical engineering (refining and chemical, coal chemical industry and chemical fertilizers, etc.)
● Cement
● Papermaking
● Mine (coal and iron mines)
● Hydraulic engineering (reservoirs and pump stations), etc.
Monitored equipment:
● Steam turbines;
● Compressors;
● Motors
● Water pumps;
● Gearboxs
● Water turbines;
● Air blowers;
● Coal-breaker;
● Coal-mill;
● Rotary machines like fans.
6. Technical Specifications
● Sensors:
Magneto-electric Velocity sensor:
Inertial sensor, no power supply, Sensitivity: 20mV/mm/S (500mV/in/s).
Piezoelectric acceleration sensor:
ICP type, 24V / 4mA constant current source power supply Sensitivity: 100mV/g
Piezoelectric velocity sensor:
ICP type, 24V / 4mA constant current source power supply Sensitivity: 4mV/g
Proximity sensor: Φ8 probe
Sensitivity: 7.87mV/μm (200mV/mil)
Output voltage: -2 ~ -18VDC;
GAP voltage: -10VDC.
● Range of measurement:
Displacement: 0～999μm(Pk-Pk); Resolution: 1μm; Precision: 0.5%±1μm.
Velocity: 0～99.9mm/S(rms); Resolution: 0.01mm/S; Precision: 0.5%±0.01mm/S.
Acceleration: 0～9.99g(Pk); Resolution: 0.01g; Precision: 0.5%±0.01g.
● The frequency range
Piezoelectric Sensor: 0.5～15KHz；
Magneto-electric Sensor:
Standard: 10～1000Hz
Low frequency: 5～1000Hz
Ultra-low frequency: 0.5～100Hz;
Proximity Sensor:0～10 KHz;
● Power supply:
DC supply: 24VDC (18-36V);
AC supply: 220VAC(185-260V)/47-63Hz;
AC supply: 110VAC/47-63Hz;
Overall power consumption: ≤5W.
● Standard signal output: Standard current
Active 4-20mA (corresponding to upper range)
Drive load: ≤750Ω
Effective transmission distance: ≤ 300m (1,000 feet).
● Relay output:
Two-stage threshold (Alert, Danger) programmable setting, normally open/closed dry contact output, configurable whole range, with an error ≤0.1%;
Insulation resistance: ≥1000MΩ;
Contact capacity: 2A/30VDC, double-pole double-throw (DPDT);
Alarm-delay: 0.1-60S, default: 0.5S;
Alert lock: Defaulting to non-locking.
● Physical property:
Boundary dimension: 120 (L)×70(W)×80(H)mm;4.72(L)×2.75(W)×3.15(H)in;
Weight: 0.8kg.
● Way of installation:
Guide rail: Standard DIN 35mm;
Base plate: 85mm×85mm, four-hole fixation.
● Environmental restrictions:
Operating temperature: -30℃ ~ +65℃ (-22oF ~ +150 oF);
Storage temperature: -40℃ ~ +85℃ (-40oF ~ +180 oF);
Relative humidity: 0 ~ 95% (non-condensing).
● Executive standards
The United States Petroleum Association Standard: API 670;
Safety certificate: C E;
Protection level: IP56;
Anti-electromagnetic interference: EMC\ LVD;
Refer to EN55011\ EN 61010\EN50081\EN50082
7. Ordering information
AN3511/12/13- Bearing vibration / Shaft vibration /Throw
AN3511- AXX-BXX-CXX-DXX-EXX-FXX
AN3512- AXX-BXX-CXX-DXX-EXX-FXX
AN3513- AXX-BXX-CXX-DXX-EXX-FXX
Standard Configuration Model:
Bearing vibration:
AN3511-00-00-00-00-00-00 (assorted with AN1930 sensor)
AN3511-00-02-00-00-00-00 (assorted with AN1931 sensor)
AN3511-00-03-00-00-00-00 (assorted with AN1931 sensor)
Shaft vibration:
AN3512-00-01-00-00-00-00 (assorted with AN1808 Proximity Sensor)
Throw:
AN3513-00-01-00-00-00-00 (assorted with AN1808 Proximity Sensor)
A: Measuring range
00- Displacement：0～999μm（Pk-Pk）
01-- Velocity：0～99.9mm/s（rms）
02-- Acceleration：0～9.99g （Pk）
B: Sensor type:
00-- AN1930 Magneto-electric velocity sensor
01--AN1808 Proximity sensor (φ8 probe)
02-- AN1931 Ultra-low frequency magneto-electric velocity sensor
03-- AN1940 Piezoelectric acceleration sensor
04-- AN1940 Piezoelectric velocity sensor
C: Relay output (DPDT):
00--Double relay dry contact output (Alert, Danger)
01--Single relay dry contact output (Alert)
02--No relay output
D: Standard signal output:
00--4 ~ 20mA standard current output
00--1 ~ 5V standard voltage output
02--RS 485 communication interface output
E: Power supply
00--24VDC (18 ~ 36V)
01--220VAC
02--110VAC
xx--Others
F: Way of installation
00-- DIN-rail mount: DIN35mm
01-- Panel mount
Note: Please note if you select other options, If you have any questions, please consult the technical department.