| Series |
Operating Principle |
Isolation Voltage |
Response Time
Range 0 ~90% FS |
Overload Capacity |
Quiescent Power (mW) |
Mounting |
| Vz,Vd,Vg
,Iz Output |
Iy Output |
| CE-VZ01 |
Linear Photoelectric Isolation
*Treble Isolation |
£2500VDC |
£400ms |
2 Times 10/ sec |
180 |
300 |
PCB Surface or
Din Rail |
| CE-VZ02 |
Electromagnetic |
50 |
120 |
| Series |
Output |
Power Source |
Window
(mm) |
Case Style |
Accuracy |
Input Range( RMS ) |
| CE-VZ01 |
3: 0~5V DC (Vz)
4: 0~20mA (Iz)
5: 4~20mA (Iy)*
8:0~10V DC (Vd)
F: OC frequency signal |
2---12V
3---15V
4---24V |
M:No Window |
S1
S2 |
0.2 |
10mV, 50mV,75mV, 75V,
100V,200V,500V,1000V |
| CE-VZ02 |
S1
S2
H2 |
Part Number Example: CE-VZ02-52MS1-0.2/0-75mV
Description: Single way DC Transducer, Input Voltage: 0-75mV, Output:
4-20mA, Power source: +12V, No window, Accuracy: 0.2, Case Style:
S1.
1 Explain for Code
| Code |
1 |
3 |
4 |
5 |
6 |
7 |
8 |
| Symbol |
Vg |
Vz |
Iz |
Iy |
Vy |
Id |
Vd |
| Definition |
Tracking
Voltage Output |
DC Voltage Output |
DC Current
Output |
DC Current
Output |
DC Voltage
Output |
2-wire
DC Current |
DC
Voltage Output |
2 Explain for
* Loop resistance from 0 to 250W.
Contact factory for loop resistance
above 250 O |
- Mobile applications
- POWER SOURCE over/under sensing
- Power sensingl Battery chargers and systems
Note:
- If the input signal is bi-directional DC or pulse DC, please make mention in your order.
- In case of the current (>1A) is terminal input, it is advisable to connect 1&2, terminals in parallel and 3&4, terminals in parallel in order to lower the input resistance at terminals.
- CE-IZ01 works on Three Isolation Principle, the output signal and the power source may not be earthed in common. ( while that of other part number must be earthed in common)
|
