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| CE-T Analog Electrical transducer |
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| CE-VJ31,31A,41,41A |
| PRODUCT: |
3-phase AC Analog Voltage Transducer |
| SERIES: |
3-phase 3-wire: |
CE-VJ31
CE-VJ31A(TRUE RMS) |
| 3-phase 4-wire: |
CE-VJ41
CE-VJ41A (TRUE RMS) |
| INPUT RANGE: |
50V~500V |
| OUTPUT: |
5V or 4-20 mA |
| ACCURACY: |
0.2% or 0.5% |
| RESPONSE TIME: |
£300ms |
| POWER SOURCE: |
+12V or +15V or +24V |
| LOAD CAPABILITY: |
Voltage Output³2kW
Current Output£250W |
| QUISCENT POWER CONSUMPTION: |
400mW |
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| Specifications |
 CE-VJ31 / 31A / 41 / 41A |
| Series |
Operating Principle |
Isolation Voltage |
Response Time
Range 0 to 90% FS |
Overload Capacity |
Quiescent Power (mW) |
Mounting |
| Vz,Vd,Vg,Iz
Output |
Iy Output |
CE-VJ31
CE-VJ31A |
Electro-magnetic Induction |
£2500VDC |
£400ms |
2 Times 10/sec |
350 |
400 |
Surface or Din rail |
CE-VJ41
CE-VJ41A |
350 |
400 |
| Series |
Output |
Power Source |
Window
(mm) |
Case Style |
Accuracy |
Input Range( RMS ) |
CE-VJ31
CE-VJ31A |
1---0~5V RMS(Vg)*
3---0~5V DC (Vz)
4---0~20mA (Iz)
5---4~20mA (Iy)**
8---0~10V DC (Vd) |
2---12V
3---15V
4---24V |
M:No Window |
S3 |
0.2
0.5 |
50V,75V,100V,200V,
250V,300V,380V,400V,
500V |
CE-VJ41
CE-VJ41A |
Part Number Example: CE-VJ41-32MS3-0.5/0~250V
Description: 3-phase 4 line AC Voltage Transducer, Input: 0-250V,
Output: 0-5V, Power source: +12V, no Window, Accuracy: 0.5%, Case
style S3
1 Explain for Code
| Code |
1 |
3 |
4 |
5 |
8 |
| Symbol |
Vg |
Vz |
Iz |
Iy |
Vd |
| Definition |
Tracing
Voltage Output |
DC Voltage
Output |
DC Current
Output |
DC Current
Output |
DC Voltage
Output |
2 Explain for
* Tracking output (Vg) type not available in series CE-VJ31A/VJ41A
and now the accuracy only 0.5.
** Loop resistance from 0 to 250W.
Contact factory for loop resistance above 250 O |
| Applications |
- Harmonic voltages
- Chopped waveform drivers
- Quickly varying voltage supplies
- Phase fired controlled devices
Notice:
- In case the input is 3-phase 3-line system, the first output
corresponds to the line voltage between VAB, the second output
corresponds to line voltage between VBC, and the third output
corresponds to line voltage between VCA. In case the input is
3-phase 4-line, three outputs correspond respectively to phase
voltage of ABC phases.
- The output signal and the power source must be earthed in common.
Please keep right connection, don't in error set.
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