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FCI2011-U1
NAC module (1A/2B)

Mounting
Installation

A6V10315036_d_en_--

Siemens Industry, Inc.

2018-03-16

Building Technologies Division

Summary of Contents for FCI2011-U1

Page 1: ...FCI2011 U1 NAC module 1A 2B Mounting Installation A6V10315036_d_en_ Siemens Industry Inc 2018 03 16 Building Technologies Division ...

Page 2: ...ization of its contents and communication thereof to others without express authorization are prohibited Offenders will be held liable for payment of damages All rights created by patent grant or registration of a utility model or design patent are reserved Issued by Siemens Industry Inc Building Technologies Division 8 Fernwood Road Florham Park NJ 07932 Tel 1 973 593 2600 www sbt siemens com FIS...

Page 3: ...for NAC 2 8 4 1 X5 NAC 2 class A and NAC 2 1 and NAC 2 2 class B terminal block 8 5 Adjusting elements for NAC 2 9 5 1 X602 Jumper DEGRADED MODE ENABLE DISABLE for NAC 2 class A or NAC 2 1 class B 9 5 2 X603 Jumper DEGRADED MODE ENABLE DISABLE for NAC 2 2 class B 9 5 3 X604 X605 and X606 NAC 2 class A B selection jumper 10 6 Technical data 11 7 FCC Statement 12 ...

Page 4: ...Siemens Industry Inc A6V10315036_d_en_ Building Technologies Division 2018 03 16 4 14 ...

Page 5: ...cted to X901 on the periphery board The same jumpers have to be configured on the card as with the periphery board for class A B circuit selection and degraded mode All jumpers must be configured and the module in place on X901 before power is applied to the system Properties Additional NAC circuits with 3 A power for one class A circuit or 3 A for each class B circuit Protected against voltage su...

Page 6: ...Installing the NAC module on the periphery board 1 Periphery board 250p or periphery board 500p 2 Threaded standoffs on back box 3 NAC module 1A 2B FCI2011 4 2x fixing screw X901 Slot in periphery board X5 Connection terminal on NAC module 1A 2B 1 Plug the NAC module 3 into slot X901 on the periphery board as shown 2 Fasten the NAC module to the threaded standoffs 2 in the back box using the two f...

Page 7: ...I2011 Element Des Function Connector X1 Connection to periphery board X5 NAC 2 output X602 DEGRADED MODE ENABLE DISABLE for NAC 2 class A or NAC 2 1 class B X603 DEGRADED MODE ENABLE DISABLE for NAC 2 2 class B X604 NAC 2 class A B selection X605 NAC 2 class A B selection X606 NAC 2 class A B selection X602 1 1 1 1 1 1 X603 X5 X605 X606 X604 X1 ...

Page 8: ...C 2 3 NAC2 1 Return feed for notification appliances for NAC 2 class A or NAC 2 2 NAC2 2 Positive feed for notification appliances for NAC 2 class A or NAC 2 1 NAC2 2 Return feed for notification appliances for NAC 2 Admissible cable cross section 1 x 12 18 AWG or 2 x 16 18 AWG The jumpers must be set correctly for the class A B selection Figure 3 Pin assignment for NAC circuit class A Figure 4 Pi...

Page 9: ...he notification appliances if degraded mode is activated and an alarm is present 1 2 Enable degraded mode for NAC 2 class A or NAC 2 1 class B Circuit will activate the notification appliances if degraded mode is activated and an alarm is present 5 2 X603 Jumper DEGRADED MODE ENABLE DISABLE for NAC 2 2 class B Errors of the power PC are displayed on the PMI mainboard when degraded mode is activate...

Page 10: ...per Class A B setting of the additional NAC circuit X604 X605 X606 Jumper position Function Meaning 3 2 Class A Configures periphery board NAC 2 for class A circuit 1 2 Class B Configures periphery board NAC 2 1 and NAC 2 2 for class B circuit The setting for class A B must also be configured with the Engineering tool set If the configuration does not match the onboard jumper settings an error wil...

Page 11: ...lated for non pulsing loads Standby operating current Max 15 mA Active operating current Max 1x class A circuit or 2x class B circuits Max 3 A for 1x class A circuit Max 3 A per class B circuit 2x 3 A 6 A for 2x class B circuits Outputs Maximum circuit resistance 1 4 Ω 3 0 A Supervised for Open circuit Short circuit Ground fault Design Short circuit protection Voltage surge protection Power limite...

Page 12: ... and can radiate radio frequency energy and if not installed and used in accordance with the instructions manual may cause interference to radio communications It has been tested and found to comply with the limits for a Class A computing device pursuant to Part 15 of FCC Rules which are designed to provide reasonable protection against such interference when operated in a commercial environment O...

Page 13: ...FCC Statement 7 13 14 Siemens Industry Inc A6V10315036_d_en_ Building Technologies Division 2018 03 16 ...

Page 14: ...ision 8 Fernwood Road Florham Park NJ 07932 1 973 593 2600 www sbt siemens com FIS Siemens Industry Inc 2012 Technical specifications and availability subject to change without notice Document ID A6V10315036_d_en_ SAP order no A5Q00050750 Edition 2018 03 16 ...

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