Transcript
VI INDUSTRIAL NON-CONTACT DISPLACEMENT/ VIBRATION CONVERTER
VI Series
SPECIFICATIONS
Page 1 of 2 Model Code / Additional Spec. Code(
No entry if additional spec. code is not specified.
)
• Sensor
VS-
VS-
Sensor cable length 1 0.5m 2 1.0m
Measured range 010 020 040 060 080 100 150 250
Directly connected type
L0 to 1,000μm 0 to 2,000μm 0 to 4,000μm 0 to 6,000μm 0 to 8,000μm 0 to 10,000μm 0 to 15,000μm 0 to 25,000μm
Connector type
CMeasured range
040 060 080 100 150 250
0 to 4,000μm 0 to 6,000μm 0 to 8,000μm 0 to 10,000μm 0 to 15,000μm 0 to 25,000μm
Sensor cable length 1 0.5m 2 1.0m 3 Without
• Extension cable
VW-100G-
Except 25,000μm
VW-100F-
Cable length 1 2 3 4
Only for 25,000μm Connector type PTFE
Cable length
2.5m 4.5m 2.0m 4.0m
1 2
3.0m 5.0m
BNC(male)
BNC(male)
Note) *1 Input cable length = Sensor cable length + Extension cable length
• Transmission box • Receiver
VJII-
B-
Measured range 01 02 04 06 08 10 15 25
0 to 1,000μm 0 to 2,000μm 0 to 4,000μm 0 to 6,000μm 0 to 8,000μm 0 to 10,000μm 0 to 15,000μm 0 to 25,000μm
Transmission cable length 1 100m or less 2 Over 100m
SVW -
/SLC
Intrinsically safe
VD-
B-
/SLC
Non-intrinsically safe
0 to 1,000μm 0 to 2,000μm 0 to 4,000μm 0 to 6,000μm 0 to 8,000μm 0 to 10,000μm 0 to 15,000μm 0 to 25,000μm
Transmission cable length 1 100m or less 2 Over 100m
Silicon
• Junction connector
-
Variation of cable 1 2
B-
Measured range 01 02 04 06 08 10 15 25
• Transmission cable
SVD-
For 100m or less For over 100m
VZ-1A Transmission cable length m numbers
when Model VS-250C sensor is used, no junction connector is required.
Interchangeability There is a possibility of performance degradation when any part of the combination of the sensor, the extension cable, the converter or the target is changed from what is specified in the test report. For more information, please refer to the instruction manual. 39618E2.1 Issued Apr.1997 Revised Sep. 2014
VI Series
SPECIFICATIONS
VI INDUSTRIAL NON-CONTACT DISPLACEMENT/ VIBRATION CONVERTER Page 2 of 2 SPECIFICATIONS
• SVI Overall specifications Frequency response
Displacement component : DC to 5kHz(-3dB) Vibration component : 5Hz to 10kHz(-3dB)
Linearity Output voltage change by power voltage variation
Within ±1.0% of F.S. 10% variation : Within 0.5% of F.S.
• VJII Transmission box Transmission method Input
Amplitude modulation Combined with sensor
Carrier frequency Operating temperature range
800kHz to 4.3MHz -10 to +50°C (14 to 122°F REF.)
Case Color
Aluminum die-cast Munsell 7.5BG4/1.5
Weight
Approx. 1.8kg
• VS Sensor Measured distance
0 to 1,000μm - 25,000μm by measured range of Model Code No.
Target
All conductor -10 to +130°C (14 to 266°F REF.)
Operating temperature range
Target material Sensor cable (high-frequency coaxial cable)
Sensor tip Threaded Jam nut Diameter : Length :
: Ceramic : SUS304 : SUS304 ø2mm (except sensor for 25,000μm) 0.5m or 1.0m
• SVD Receiver Input signal
Amplitude modulation signal
Signal supplied to sensor
High-frequency current Peak value rectification method
Vibration component computation
Displacement output
×2, ×5, ×10 jumper selection (shipped at ×10 unless specified) 0 to 5VDC
Frequency range Load current
DC to 5kHz(-3dB) 5mA max.
Output impedance
Within 1kΩ 1 to 5VDC(impedance : 250Ω) 4 to 20mADC(load resistance : within 500Ω)
Amplitude conversion gain
Vibration output Frequency range Linear rise form
5Hz to 10kHz(-3dB) 10 points break form
Output abnormal alarm
Contact output 1 transfer, dry contact
Alarm output Alarm contact capacity Operating temperature range
AC/DC 24V 0.1ADC (load resistance) 0 to 50°C (32 to 122°F REF.)
Power supply Max. power consumption
100VAC±10% 20VA
Case Color
Copper plate and aluminum Munsell N7
Weight
4.8kg
50/60Hz
39618E2.1 Issued Apr.1997 Revised Sep. 2014
