Mecc Alte DER1, Technical Manual

Page: 5 / 38

DER1 digital regulator instruction manual - rev. 03 - pag. 5
3. Inputs and Outputs: technical specifications
TABLE 1 : CONNECTOR CN1
1 Exc-
Excitation
Continuous Rating: 4Adc
Transitory Rating:12Adc at peak
2 Aux/Exc+
3 Aux/Exc+ Power
40÷270 Vac, Frequency: 12÷72Hz
(2)
(1)
4 UFG
Sensing
Range 2 Range 2: 150÷300 Vac
Burden: <1VA
U channel
5 UFG
6 UHG
Sensing
Range 1 Range 1: 75÷150 Vac
Burden: <1VA
7 UHG
8 UHB
Jumper
Range1 Short for sensing
75÷150 Vac
9 UFB
10 UFB
Board reference 11 UFB
12 UFB
13 -
Not present
14 VFG Sensing
Range 1: 75÷150 Vac
Burden: <1VA
V channel, to be
connected in parallel to
U channel in case of
single phase sensing
15 VHG
Sensing
Range 1
16 VHB
Scala 2: 150÷300 Vac
Burden: <1VA
17 VFB Range 2
18 -
Not present
19 WFG Sensing
Range 1: 75÷150 Vac
Burden: <1VA
W channel, unused
(with shorted inputs)
in case of single phase
sensing
20 WHG
Sensing
Range 1
21 WHB
Range 2: 150÷300 Vac
Burden: <1VA
22 WFB Range 2
!"#
TABLE 2 : CONNECTOR CN3
23
Common
Active
protections output
$#%&'
Current: 100mA
Voltage: 30V
Max length: 30m
(3)
Both activating alarm
and delay time are
programmable
24
A.P.O.
25 Common
Jumper 50/60Hz
Type: Not insulated
Max length: 3m Selection of underspeed
protection threshold
(4)
26 50/60Hz
27 0EXT
Jumper for remote voltage
control 0÷2,5Vdc Type: Not insulated
Max length: 3m Short for 0÷2,5Vdc input
or potentiometer
28 JP1
29
Input for remote voltage
Type: Not insulated
Max length: 30m
(3)
Regulation: ±10 %
(5)
(
)*+!,-
30 PEXT
( %)*+!, )). /%)*0
31 JP2
Pext Jumper
Type: Not insulated
Max length: 3m Short for 0÷2,5Vdc input
or potentiometer
32 ±10V
control ±10 Vdc Input: ±10Vdc
/%120
0EXT
Note 1) The terminals are connected to each other on the board: 2 with 3, 4 with 5, 6 with 7, 9 with 10, 11 and 12.
Note 2) Minimum power voltage 40 Vac at 15 Hz, 100 V at 50 Hz, 115 V at 60 Hz
Note 3) With external EMI filter (3m without EMI filter)
Note 4) 50·(100%-
Hz%) or 60·(100%- Hz%) where Hz% is the position relative to the Hz trimmer or the percen
tage value of parameter P[21]
Note 5) Value not to be exceeded. The effective range depends on parameter P[16]