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CPS-M1

OK

CM

PSM

AM

TMA

BRM

IOM

AM 

230

NSV 401

CPS-M

1

2

3

4

5

6

7

8

9

E

N

L

L

EM 650

PS-S1-24

230 V AC

English

99.827.31 1.4/06/18

Type

NSV 401

Mains input:
Input range 

230 V AC, -10% / +15%

Nominal frequency

50 Hz

Overvoltage control 

ja (-13%)

Undervoltage control

ja (+13%)

Nominal power

max. 3200 VA / 2000 W (14,6 A)

NSV output:

Max. connection load 18 Ah Batteries

3200 VA / 2000 W

Max. connection load 12 Ah Batteries

1600 VA / 1000 W

Mains operation

197 - 250 V AC

Back-up operation

230 V AC (Sinus +/- 5%)

Max. output current

13,9 A

Overload capacity

[110 ... 130 %]: 10-25s, > 130% 1,5s

Efficiency

AC -> AC > 95%

General:

Permissible temperature range

-5 ... +40°C

Recommended temperature

+15 ... +25°C

Cooling

Fan cooling

Noise level

< 45 dB

Dimensions (W x H x D)

355 x 250 x 205 mm

Batteries:

Nominal voltage of battery connection

48 V DC (nominal)

max. battery dimensions (W x H x D)

181 x 167 x 76 mm  (=Typ 5)

Battery capacity 18 Ah

4 x Art.-Nr. 70.200.05 Typ 5

(Same as "Long WP18-12") 

Battery capacity 12 Ah

4 x Art.-Nr. 70.200.00 Typ 4

(Same as "Long WP12-12") 

Technical Data

Safety Notes

Operating voltage 230 VAC!

Risk of injury from electric shock!

•  Only an authorised electrician may connect 

and work on the NSV 401

• 

 The NSV 401 may not, under any circum

-

stances, be operated without an earthed 

conductor!

• 

The mains connection must be in-phase. 

The battery's negative conductor is connec

-

ted with the N conductor of the primary 

energy source (public grid). Phase detection 

in the unit ensures that the L phase of the 

primary energy source is not connected 

to the battery's negative pole in the event 

of improper connection. If the unit is not 

properly connected, it is not ready for use.

• 

Observe the maximum output limits!

• 

Do not install the NSV 401 near heat sour

-

ces; unrestricted air circulation must always 

be ensured

•  Only use in dry spaces

•   In case of surface condensation, at least 2 

hours are required for acclimatisation

•  Only intended for installation indoors

•  Only use unaltered D+H original parts

Schematic design – NSV 401

Summary of Contents for CPS-M1

Page 1: ...CPS M1 Anerkennungs Nr approval no G 517002 0786 CPD 50680 EN 12101 10 2005 Corr 1 2007 conform 99 827 31 1 4 06 18 en Original instructions Page 2...

Page 2: ...operating voltage Risk of injury from electric shock Only an authorised electrically skilled person is allowed to connect the power Keep children away from the controller Only use in dry spaces Only...

Page 3: ...PS M and further D H AdComNet SHEV control system Simple implementation of complex SHEV scenarios High flexibility and expandability Each control panel functions autonomously when the bus connection f...

Page 4: ...re control sensor unit TCSU1 RJ12 31 702 70 RJ12 connecting cable 2x CC TP TCSU 1000 1 m 63 502 63 CC TP TCSU 2000 2 m 63 502 64 Touch panel with bracket optional TP C1 35 RJ12 31 702 90 Page 5 Contro...

Page 5: ...4 V DC actuators 2 independent groups for connecting drives each with a total maximum current of 10 A The cable is monitored for breaks and short circuits via the terminal module EM 47K Each group is...

Page 6: ...S Can be connected in parallel YES Reverse voltage protected YES Input line connection max 6 mm star max 4 mm flexible Output line connection max 16 mm star max 16 mm flexible Dimensions WxHxD 140x130...

Page 7: ...eserve must be smaller than the capacity of the battery Standard batteries For each PS S1 24 20 PSM 2 x battery type 5 12 V 18 Ah 15 For each PS S1 24 40 PSM 2 x battery type 6 12 V 26 Ah 15 24 V emer...

Page 8: ...MA CPS M1 060 xxxx Fig CPS M1 060 0206 Standard equipment 31 700 55 CPS M1 060 0206 CM PSM AM AM PSM AM TMA 31 700 60 CPS M1 060 0208 CM PSM AM AM PSM AM AM TMA 31 700 65 CPS M1 060 0210 CM PSM AM AM...

Page 9: ...t of it Each additional PSM always provides power only to the modules to the right of it This applies also to the emergency battery power Therefore the modules are to be distributed evenly across the...

Page 10: ...plying the drive Mot a Mot b For pole changing drives 1 additional wire for cable monitoring through which the SHEV high speed HS signal is also transmitted to the drive For ACB drives 2 additional wi...

Page 11: ...E Connection PSM RJ12 connecting cable CC TP TCSU max 2 m Battery Battery No Name Description X2 1 N Output potential without an emergency supply for ventilation functions max 500 mA X2 2 Reference po...

Page 12: ...et slave interface X5 2 ACN D X5 3 ACN D X6 5 n c n c X6 4 DI 1 1 Freely configurable digital input 0 to 28 V active minus or plus control panel OPEN factory setting can be pro grammed using SCS X6 3...

Page 13: ...puts 24 V DC Each max 50 mA programmable using SCS Battery for the clock of the event memory The CM module has a built in lithium battery on the underside which buffers the internal clock of the event...

Page 14: ...ly configurable digital output 3 4 X3 2 DO 3 3 freely configurable digital output 3 3 X3 3 Reference potential do not connect to P X3 4 DO 3 2 freely configurable digital output 3 2 X3 5 DO 3 1 freely...

Page 15: ...utput 2 COM X3 1 NC 3 Floating output 3 normally closed X3 2 COM 3 Floating output 3 COM X3 3 NO 3 Floating output 3 normally open X3 4 COM 3 Floating output 3 COM X4 4 COM 4 Floating output 4 COM X4...

Page 16: ...X3 2 ACB B 2 ACB interface of drive group 2 X3 1 ACB A 2 X4 4 SGI 1 Position transmitter for drive group 1 not yet implemented X4 3 Reference potential do not connect to P X4 2 SGI 2 Position transmit...

Page 17: ...4 3 3 3 2 2 2 1 1 1 X1 X2 X3 X6 X5 X4 DI 1 1 DI 1 2 DO 1 1 DI 2 1 DI 2 2 DO 2 1 SGI 2 SGI 1 4 3 2 1 ACB B 2 ACB A 1 ACB A 2 ACB B 1 Mot b 2 Mot a 2 Mot b 1 E HS 1 E HS 2 P Mot a 1 P EM 47 K 2x47kW BK...

Page 18: ...X2 4 E Monitoring wire X4 5 Reference potential do not connect to P X4 4 ACB Supply of the ACB interface not yet implemented X4 3 ACB A ACB interface of drive group not yet implemented X4 2 ACB B X4 1...

Page 19: ...0 V AC 50 Hz L N PE ION O OFF ION O OFF before vor avant Battery Service switch off the battery Batterieschalter auf OFF schalten d brancher la batterie ION O OFF L N L N PE K1 K2 K1 K2 K1 1 2 3 4 5 6...

Page 20: ...Freely configurable digital output 4 1 max 50 mA X6 5 DO 3 2 A Freely configurable digital output 3 2 max 50 mA X6 4 DO 3 3 S Freely configurable digital output 3 3 max 50 mA X6 3 Reference potential...

Page 21: ...S 6 A 1 K 2 3 5 T 8 5 R 2 3 bu rd EM L01 5 R 2 3 bu rd EM L01 2 8 3 5 T n c 4 Z 7 S 6 A 1 K OK RT 45 4 Z 7 S 6 A 1 K OK 2 8 3 5 T n c RT 45 OK RT 45 OK SD O 371 FD T 271 SD O 371 FD T 271 rd bu EM L0...

Page 22: ...Z 7 7 S S 6 6 A A 1 1 K K OK rd bu EM L01 X1 1 X1 5 X2 1 X2 5 X3 1 X3 5 5 4 3 2 1 5 4 3 2 1 TMA 1 D4 D12 5 5 5 4 4 4 3 3 3 2 1 2 1 2 1 X1 X2 X3 X6 X5 X4 5 4 3 2 1 A S n c n c T K FE Z R FE n c Z S n...

Page 23: ...ent of 50 mA The connection is permanently short circuit resistant and the fuse used is self resetting If the output is deactivated the output is open has a high resistance Active negative inputs cann...

Page 24: ...e by approximately 13 in order to protect the devices F Battery Mode lights up The NSV 401 runs in back up operation AC power supply not present or beyond the tole rance range If necessary the require...

Page 25: ...x Art Nr 70 200 05 Typ 5 Same as Long WP18 12 Battery capacity 12 Ah 4 x Art Nr 70 200 00 Typ 4 Same as Long WP12 12 Technical Data Safety Notes Operating voltage 230 VAC Risk of injury from electric...

Page 26: ...ACB B SGI 2 2 1 1 4 3 2 1 AM 1 1 08 230 D4 D2 4 4 3 3 2 2 1 1 X1 X2 X6 X5 DI 2 1 DO 2 1 DI 1 1 DI 1 2 DO 1 1 L L L N E N N L NSV 1 2 3 4 5 6 7 8 9 EM 230 N E L L 1 2 3 4 5 6 7 8 9 E N L L EM 230 L N L...

Page 27: ...l the enclo sed fuse BF1 80A between battery A and battery B WARNING A short circuit may occur if the cover is removed 2 3 1 BF1 80A 12 V 18 Ah 12 V 18 Ah 12 V 18 Ah 12 V 18 Ah BF1 80A 12 V 12 Ah 12 V...

Page 28: ...Service and Configuration Suite SCS is used for commissioning and programming Functions programmable via SCS Alarm with HS ATTENTION This function must only be used in conjunction with corresponding D...

Page 29: ...odule 1 Trigger Line1 Actuator Module 1 Actuator Group 1 2 Trigger Module 1 Trigger Line2 Actuator Module 2 Actuator Group 1 2 Trigger Module 2 Trigger Line1 Actuator Module 3 Actuator Group 1 Trigger...

Page 30: ...or Group 1 2 Trigger Module 2 Trigger Line2 Actuator Module 4 Actuator Group 1 2 Trigger Module 3 Trigger Line1 Actuator Module 5 Actuator Group 1 Trigger Module 3 Trigger Line2 Actuator Module 5 Actu...

Page 31: ...the set ventilation time Mains outage CLOSED The group automatically moves in the CLOSED direction in the event of a mains outage Only the control panel groups move in the CLOSED direction in the eve...

Page 32: ...ts IOM I O module Display of the module status Display of the status of the inputs and outputs Modules Overview of all modules used Display of the respective statuses similar to the LEDs on the respec...

Page 33: ...using the smoke vent button as otherwise there is a risk of wind or water damage If gap ventilation is desired in bad weather the weather automation can be switched off using an optional automatic sw...

Page 34: ...tion Closing after alarm Manual opening with smoke vent button Automatic opening with fire detector Automatic opening through external control e g central fire alarm For manual triggering using smoke...

Page 35: ...ied out once a year by a specialist company authorised by the device manufacturer Carry out cleaning and maintenance work only when the system is de energised Replace the inspection plate maintain the...

Page 36: ...eorg Sasse Str 28 32 22949 Ammersbek Germany Tel 4940 605 65 239 Fax 4940 605 65 254 E Mail info dh partner com www dh partner com 2016 D H Mechatronic AG Ammersbek Subject to technical modifications...

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