Carel ?C2SE

69
120 Vac
250 Vac 30 Vdc
AC 120 V cosø =0.7
AC 250 V cosø =0.7
250 Vac cosø =0.4
30 Vdc
120 Vac cosø =0.4
30 Vdc
300
200
100
50
30
20
10
5
3
2
1
012345
ENGLISH
µC
2
SE - +030220426 - rel. 2.1 - 09.06.2010
Description Code
µC
2
SE single circuit, 2 compressors, panel mounting MCH2001030
µC
2
SE single circuit, 2 compressors, panel mounting (20 pcs. multiple package) MCH2001031
µC
2
SE expansion board for 2nd. circuit maximum 4 compressors MCH2000020
µC
2
SE expansion board for 2nd. circuit maximum 4 compressors (10 pcs. multiple
package)
MCH2000021
RS485 optional board for µC
2
SE panel version MCH2004850
Programming key for µC
2
SE PSOPZKEY00
ON/OFF fan card (only screw terminals) CONVONOFF0
PWM - 0 to 10 V fan card (only screw terminals) CONV0/10A0
Temperature probes for regulation or condensation control
***depending on the length (015= 1.5 m, 030= 3 m, 060=6 m)
NTC***WP00
Pressure probes for condensing pressure control
** depending on the pressure (13= 150 PSI, 23= 75 PSI, 33= 500 PSI)
SPK*R*
Connectors kit for code MCH2000001 (multiple package 20 pcs) MCH2CON001
Connectors kit for code MCH2000001 (multiple package 10 pcs) MCH2CON021
Mini t connectors kit + 1 meter length for code MCH2** MCHSMLCAB0
Mini t connectors kit + 2 meter length for code MCH2** MCHSMLCAB2
Mini t connectors kit + 3 meter length for code MCH2** MCHSMLCAB3
Remote terminal for MCH20000** for panel installation MCH200TP0* MCH200TP0*
Remote terminal for MCH20000** for wall-mounting MCH200TW0* MCH200TW0*
Supervisor serial connection kit for remote terminal MCH200TSV0
Fan speed PWM 4 A/230 Vac MCHRTF04C0
Fan speed PWM 8 A/230 Vac MCHRTF08C0
Fan speed PWM 12 A/230 Vac MCHRTF12C0
Fan speed PWM 10 A/230 Vac 1 Pc. Nor. Ind. MCHRTF10C0
Fan speed PWM 10 A/230 Vac 10 Pc. Nor. Ind. MCHRTF10C1
Table 9.a
10. TECHNICAL SPECIFICATIONS AND SOFTWARE UPDATES
10.1 Technical speci cations
Electrical speci cations
In the following speci cations “Group A” de nes the grouping of the following outputs: valve,
pump, compressor, heater.
Power supply 24 Vac, range +10/–15 %; 50/60 Hz
Maximum power input: 3W
Fuse (compulsory) in series with the power supply to the µC
2
SE: 315mAT
12 pin connector Max. current 2 A for each relay output, extendable to 3 A for one single
output
Relays Max current at 250 Vac: EN60730: resistive: 3A, Inductive: 2A cos =0.4
60,000 cycles
UL: Resistive: 3A, 1 FLA, 6 LRA cos =0.4 30,000 cycles
For further information refer to the characteristics shown in Figure 10.a
Minimum interval between communications (each relay): 12 s (the
manufacturer of the unit that the device is integrated into must ensure
the correct con guration so as to respond to this speci cation
Type of microswitching: 1 C
Insulation between relays in group A: functional
Insulation between the relays in group A and the very low voltage parts:
reinforced
Insulation between relays in group A and the signal relays: primary
Insulation between the signal relays and the very low voltage parts:
reinforced
Insulation between the relays and the front panel: reinforced
Digital inputs Electrical standard: voltage-free contacts
Closing current to earth: 5 mA
Maximum closing resistance: 50 W
Analogue inputs B1, B2, B3, B4: NTC CAREL temperature probes (10 kW at 25 °C)
The response time depends on the component used, typical value 90 s
B4: NTC temp. probes (10 kW at 25 °C) or CAREL 0 to 5 V ratiometric
pressure probes SPKT00**R*
Fan output Control signal for CAREL modules MCHRTF****, CONVONOFF* and
CONV0/10A*
Phase width modulation (settable width) or modulation of the duty cycle
No-load voltage: 5V ± 10%
Short-circuit current: 30 mA
Minimum output load: 1 kW
Front panel index of
protection
IP55
Storage conditions -10T70 °C – humidity 80 % rH non-condensing
Operating conditions -10T55 °C – humidity <90 % rH non-condensing
Degree of pollution Normal
Cat. of resist. to heat and
 r e
D (RU94 V0)
PTI of the insulating
materials
All the insulating materials have PTI250 V
Software class and structure A
Period of electric stress
across insulating parts
Long
Homologations CE/RU (File EI98839 sez.16)
Table10.a
Nota: all the relays must have the common terminals (C1/2, C3/4, C6/7, C8/9) connected
together.
Fig. 10.a
current on contacts (A)
number of operations (x 10
4
)