D+H CPS-M1-MSE, Оригинальное руководство пользователя

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7/36 CPS-M1-MSE English 99.828.70 1.2/07/22
Type CPS-M1-MSE -020-xxxx CPS-M1-MSE -040-xxxx CPS-M1-MSE -060-xxxx CPS-M1-MSE -080-xxxx
Supply 230 V AC, ± 15%, 45 to 60 Hz
Performance*
Performance in standby*
530 VA / 480 W
ca. 7.5 W
1040 VA / 960 W
ca. 8.5 W
1570 VA / 1440 W
ca. 16 W
2080 VA / 1920 W
ca. 17 W
Output voltage
Ripple
24 V DC ± 1%
< 50 mV
SS
Nominal output current 20 A 40 A 60 A 80 A
Mode of operation
- Monitoring
- Alarm state / ventilation
Continuous duty
Short-time duty (30 % duty cycle)
Housing Sheet steel
Colour RAL 7035, light grey
Type of protection IP 54 (VdS IP 30)
Protection class I
Temperature range -5 to +40 °C
Air humidity 5% to 95% RH
Installation acc. to ICE 61439 up to 2000 m/üMN
Dimensions W x H x D 500 × 500 × 210 mm 600 × 800 × 250 mm 600 × 800 × 250 mm 800 × 1000 × 300 mm
* For 230 V AC systems plus the power of the NSV 401 and the connected 230 V AC drives
Technical data
• Emergency supply time: 72 hours
• Only use VdS-approved batteries.
• The sum of the nominal currents of the drives and actuators that are
triggered when there is an alarm must not exceed the max. permitted
load of the respective battery type
• The required battery capacity has to be determined for each PSM.
• The sum of the required ampere-hours (Ah) of all components,
including a 30% reserve, 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%)
A special battery calculator is available for the exact determination
of the required battery capacity.
24 V emergency supply
Components Approx. Ah required for 72 hours
Intrinsic consumption by CM 0.52 Ah
CM supply of the modules 0.018 Ah per module
PSM 0.29 Ah
IOM 0,26 Ah
BRM 0,21 Ah
TMA 0.58 Ah
AM 0.43 Ah
AM 230 0,3 Ah
Fire detector 0.005 Ah
Smoke vent button 0.014 Ah
24 V DC Drives / actuators for
180 sec.
0.18 Ah (for each 1 A nominal
current)
Alarm devices 250 mA for 180
sec.
0.045 Ah
Devices and digital outputs with
an emergency supply (can be
adjusted using SCS)
7.2 Ah (for each 100 mA output
current)
Digital outputs with an emer -
gency supply (can be adjusted
using SCS)
3.6 Ah (for each 50 mA output
current)
Touch panel 0.4 Ah
Required capacity = Sum of the required Ah plus a 30% reserve
Battery type Max. permitted
load through
drives / actuators
Connector
Battery type 4 (12 Ah ± 15%) 24 A Flat plug
6,35 mm
Battery type 5 (18 Ah ± 15%) 36 A
hole cable
lug Ø 5 mm
Battery type 6 (26 Ah ± 15%) 52 A
Declaration of conformity
We declare under our sole responsibility that the product described
under "Technical Data" complies with the following directives:
2014/30/EU, 2014/35/EU, 2011/65/EU
S.I. 2016/1091, S.I. 2016/1011, S.I. 2012/3032
Technical documents stored at:
D+H Mechatronic AG, D-22949 Ammersbek
Dirk Dingfelder
Maik Schmees
CEO CTO
06.07.2022
ACB interface
ACB is used for secure communication between the drive and com -
patible D+H control systems. It enables activation, diagnostics and
configuration with perfect position, directly from the control panel. In this
process, all status messages, such as the OPEN and CLOSED signals,
opening stroke and drive errors are transmitted to the control panel.
The ACB bus is based on an open Modbus RTU protocol via which the
actuator can be directly controlled and queried.
Further information can be found in the D+H ACB Planning Manual.
Max. Number of drives per ACB connection:
AM 24 = max. 20 ACB drives
AM 230 = max. 20 ACB drives (CDC-5-ACB = max. 15)
In conjunction with locking drives (VLD, FRA),
a maximum of 10 drives (incl. locking drives) can be
connected.
Topology of the ACB bus line:
• Stub lines max. 15m
• Total length incl. stubs max. 200m.
• To avoid interference, the cables from the drive to the AM module
must be laid close together.