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BKSYS
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Technical documentation Technical documentation SCHAKO | Ferdinand Schad KG Steigstraße 25-27 D-78600 Kolbingen VRA-Q-E-Ex Volumetric flow controller ATEX

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Fire damper mini-controller BKSYS TECHNICAL DOCUMENTATION Safety-related notes | Areas of application SAFETY-RELATED NOTES The connection to the electric mains must be performed by a qualified electrician. The transformers used for power supply must meet the requirements according to DIN EN 61558 / VDE 570 part 2-6. A corresponding fuse protection must be available on the mains side. The BKSYS fire damper mini-controller by SCHAKO controls and regulates up to 16 motorised fire dampers (24V AC/DC) or up to 32 fire dampers with a limit switch. The basic module BKSYS-GM1 can be easily extended...

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Fire damper mini-controller BKSYS TECHNICAL DOCUMENTATION System components | SYSTEM COMPONENTS EXPANSION MODULE BKSYS-EM1 BASIC MODULE BKSYS-GM1 The power supply of all connected expansion modules and spring return actuators is performed via the basic module BKSYS-GM1. Furthermore, the basic module BKSYS-GM1 controls and regulates the potential-free inputs and outputs, integrates the smoke detectors and forwards the data via the ring buffer and RS232/USB interface to the user. All functions in the basic module BKSYS-GM1 have been designed for maximum simplicity and maximum safety at the...

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Fire damper mini-controller BKSYS TECHNICAL DOCUMENTATION | Configuration CONNECTION SOCKET BKSYS-ADM CONFIGURATION PARAMETERISATION The following configuration parameters can be set using the PC converter BKSYS-USB and the associated PC program. --- Date/Time is taken from the system time of the PC (no automatic switching from daylight saving time to standard time) --- potential-free fault input (smoke detector) --- for the connection of the spring return actuator 24V AC/DC --- with connection for the plugs (power supply and limit switch) of the spring return actuator 24V AC/DC ---...

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Fire damper mini-controller BKSYS TECHNICAL DOCUMENTATION | Configuration FUNCTIONAL TEST The test run serves for functional check of the connected spring return actuators. One button each on the BKSYS basic and expansion modules is used to start the functional test. The spring return actuators assigned to the corresponding basic or expansion module close the fire dampers. After reaching the Closed position, the spring return actuators open the fire dampers again. During this functional test, the LEDs assigned to the spring return actuators are flashing. The same functional test can also be...

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Fire damper mini-controller BKSYS TECHNICAL DOCUMENTATION Technical data | Assembly TECHNICAL DATA PERFORMANCE DATA Rated voltage: 24 V AC/DC +- 15% Current consumption: max. 3600 mA Power consumption per module: 5 VA Ambient temperature: 0°….. +55°C Storage temperature: (-) 20° to (+) 60°C Humidity: max. 80% relative, non-condensing The basic module BKSYS-GM1 and expansion modules BKSYSEM1 are mounted on the existing DIN rails and connected to each other using Plug and Play plug-in connection. The power supply for the expansion modules BKSYS-EM1 is performed via the basic module BKSYS-GM1....

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Fire damper mini-controller BKSYS TECHNICAL DOCUMENTATION | Commissioning sion modules BKSYS-EM1 (terminal X2 to BKSYS-GM1 and terminal X1 to BKSYS-EM1). If a smoke detector triggers an alarm, then this command is limited only to the connected module. Thus, only the motorised fire dampers connected to the corresponding module will be closed. TERMINAL ASSIGNMENT OF EXPANSION MODULE BKSYS-EM1 08. Select the setting in the ALARM DELAY checkbox: The set time indicates how long the fault output is disabled for maintenance purposes. Once the time has elapsed, the set value is reset to 0 minutes....

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Fire damper mini-controller BKSYS TECHNICAL DOCUMENTATION Connection diagrams | CONNECTION DIAGRAMS CONNECTION OF BASIC MODULE BKSYS-GM1 CONNECTION 24 V AC/DC feed Smoke detector (RM) input Connection socket BKSYS-ADM for spring return actuators Mechanical fire damper with 2 limit switches (zero-current CLOSED) Voltage output 24 V AC/DC PC interface USB-RS232 Voltage output 24 V AC/DC Fan input Fault output (changeover contact) One mechanical fire damper with one limit switch Two mechanical fire dampers with one limit switch MOTOR CONNECTION SOCKET BKSYS-ADM Construction subject to change...

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Fire damper mini-controller BKSYS TECHNICAL DOCUMENTATION Order code | Specification text ORDER CODE SPECIFICATION TEXT ORDER DETAILS Fire damper mini-controller BKSYS Product SCHAKO KG Fire damper mini-controller BKSYS for control and display of fire damper actuators and limit switches consisting of: Basic module Expansion module Interface adapter from USB to RS232 (serial) Connection socket for motorised actuators Modbus interface microprocessor-controlled with real-time clock, gold cap and ring buffer for control and display of up to: --- four motorised fire dampers with 24 V AC/DC...

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Fire damper mini-controller BKSYS TECHNICAL DOCUMENTATION Order code | Specification text Connection socket BKSYS-ADM according to degree of protection IP 66 Housing: Stable sheet steel construction consisting of 1.25 mm or 1.5 mm sheet steel, canted and welded from a single piece, with circumferential protective channel at the door opening, rear wall with countersunk bores for wall mounting support. Housing bottom with sheet steel flange plates. All modules are completely preassembled and prewired on terminal blocks. Maximum size: 2x GM1 + 6xEM1 Dimensions (W x H x D): 800 x 600 x 300 mm...

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Fire damper mini-controller BKSYS TECHNICAL DOCUMENTATION Appendix Part 1 Modbus Interface | APPENDIX PART 1 MODBUS INTERFACE A transmitted message always contains all status information of exactly one module and the current system time. MODBUS CONFIGURATION The Modbus configuration must be set before initialisation and cannot be changed during operation. CONNECTIONS AND CONFIGURATIONS Switch for setting the unique address (hexadecimal) SETTING THE MODBUS ADDRESS Each Modbus slave requires a unique address in the allowed address space of 1 - 247 (decimal). The address 0 is reserved for...

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