Siemens XCI2001 -U1 Releasing module, Installation Instructions

XCI2001 U1 module Technologies Industry Inc notice notice specifications and availability subject to change without notice reproduction dissemination and or editing of this document as well as of its contents and communication thereof to others without express are prohibited Offenders will be held liable for payment of damages All created by patent grant or registration of a utility model or design patent are by Industry Inc Technologies Division Fernwood Road Park NJ 07932 1 973 593 2600 2016 10 27 ID A6V10315050 e en Siemens Industry Inc 2015 14 Technologies Industry Inc of contents 5 6 7 assignments for releasing module 8 X5 plug connection for releasing relay output 8 10 elements for releasing module 11 data 12 Statement 13 Technologies Industry Inc 14 14 Technologies Industry Inc Description releasing module XCI2001 supports activation of releasing valves in releasing and systems Activation can be event controlled or performed manually The module is mounted on the periphery board Automatic or manual activation Dual channel control Supervision of releasing circuit wiring as class A or class B circuit Supports several valve systems Suited to indoor applications not wet rooms Technologies Industry Inc 14 Mounting releasing module XCI2001 is installed on the periphery board as shown and onto the back box Slot X901 is also used for the NAC module 1A 2B 1 Installing the releasing module on the periphery board board 250p or periphery board 500p standoffs on back box module XCI2001 fixing screw in periphery board terminal on releasing module Plug the releasing module 3 into slot X901 on the periphery board Fasten the releasing module to the threaded standoffs 2 in the back box using the fixing screws 4 Wire up the releasing module according to the pin assignment 14 Technologies Industry Inc Views 2 Printed circuit board view for XCI2001 elements for periphery board connection plug for programmed connection not used service plug not used relay outputs Arm Disarm releasing output 1 Arm Disarm releasing output 2 key for degraded mode enable Releasing output 1 status ON OFF Releasing output 2 status ON OFF Releasing module is active For Class A wiring both S1 and S2 must be in the same position at all times when to disarm or arm the circuit Technologies Industry Inc 14 assignments for releasing module plug connection for releasing relay output Pin assignments for releasing module X5 plug connection for releasing relay output output for releasing 1 output for releasing 1 output for releasing 2 output for releasing 2 cable cross section 12 AWG unshielded supports two Class B circuits or one Class A circuit as shown below B wiring 3 Class B wiring 14 Technologies Industry Inc assignments for releasing module plug connection for releasing relay output A wiring 1 2 4 Class A wiring 1 2 wires must be terminated directly onto the SOLENOID wires must be terminated directly onto the SOLENOID Terminating resistor 24 k and diode Siemens part number 500 696359 maximum length of line of the relay connections is limited to a resistance of 3.5 Technologies Industry Inc 14 Indicators indicators of releasing circuit 1 of releasing circuit 2 of processor Not applicable for Class A wiring steady steady circuit 1 inactive circuit 1 activated circuit 2 inactive circuit 2 activated is not running is running is not running 14 Technologies Industry Inc elements for releasing module Adjusting elements for releasing module and S2 switches to arm disarm the releasing outputs output 1 disarmed supervisory mode output 1 armed normal output 2 disarmed supervisory mode output 2 armed normal of 1 of 2 and S2 control output The outputs are disarmed in the OFF position The relays are disarmed but are still The outputs are armed in the ON position For Class A wiring both S1 and S2 must be in the same position at all times when to disarm or arm the circuit reset key for releasing module module is reset position 2 2 X3 degraded mode enable for releasing degrade operation allowed Default operation allowed X3 must agree with the panel configuration or a trouble will be displayed Technologies Industry Inc 14 data input terminals outputs deluge data Technical data current voltage current cable cross section line resistance line resistance voltage at the coil W x H 24 V mA at DC 24 V 24 V Special Application A per output channel terminals not shielded 20.4 V x 4.75 8.25 x 12.05 cm 3.2 oz 90 g 14 Technologies Industry Inc Statement FCC Statement and usage of equipment is not in accordance with instructions manual of radio frequency energy to radio communications Install and use equipment in accordance with instructions manual Read the following information equipment generates uses and can radiate radio frequency energy and if not and used in accordance with the instructions manual may cause interference radio communications has been tested and found to comply with the limits for a Class A computing device to Part 15 of FCC Rules which are designed to provide reasonable protection such interference when operated in a commercial environment of this equipment in a residential area is likely to cause interference in which the user at his own expense will be required to take whatever measures may be to correct the interference Technologies Industry Inc 1