Siemens XDLC User manual

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A6V101040156_en--_c

Class X (DCLC) Device Loop Card

Installation Instructions

Model XDLC

INTRODUCTION The Model XDLC Device Loop Card from Siemens Industry,

Inc., is the interface for connection of Desigo Fire Safety

Modular/Cerberus PRO Modular smoke detectors, Multi-

Criteria detectors including Carbon Monoxide, manual

stations, monitor devices, and control devices to the Desigo

Fire Safety Modular/Cerberus PRO Modular System.The

XDLC uses one network address on the system.The

application program that is loaded into the on-board micro-

processor controls the XDLC operation.

The XDLC contains 16 LEDs for diagnosis of problems.

Ground fault detection is provided by the loop.

All field devices connected to the XDLC are addressed and

tested using the Device Programming Unit (DPU).

OPERATION The XDLC initializes, operates, and maintains all devices

residing on the loop.The XDLC communicates all relevant

device and event information, such as alarms and troubles,

to the PMI-2/PMI-3/OI-C/OI-D (PMI).The sensitivity of any

intelligent smoke detector can be checked and adjusted

from the PMI through the XDLC. All information about the

devices on the loop can be displayed on the PMI.The XDLC

allows the System polarity insensitive devices to be

connected without generating errors.

NOTE: PMI = PMI-2/PMI-3/FCM2041

The XDLC supports four Class A (DCLA) or Class X (DCLC)

loops (eight Class B [DCLB] parallel lines/stubs) of up to

252 Desigo Fire Safety Modular/Cerberus PRO Modular

intelligent field devices as well as device accessories (relay

bases, audible bases, and remote lamps) in any combina-

tion. The microprocessor controls the on-board isolators to

isolate any zone from the loop if one of them is shorted.

When one zone is isolated from the loop, the other zones

will still work.

The on-board microprocessor provides the XDLC with the

ability to function and initiate alarm conditions even if the

main PMI CPU fails.The XDLC accomplishes this “degrade” mode of operation by

monitoring the communications with the PMI. In the case of the failure of the PMI,

XDLC

RESET

CARD FAIL

GND FAULT

TROUBLE

OPEN

SHORT

ZONE 1

USB

HUNDREDS

TENS

ONES

HNET

POWER

HNET FAIL

ALARM

ZONE 2

ZONE 3

ZONE 4

Figure 1

XDLC Device Loop Card

Siemens Industry, Inc.

Building Technologies Division

A6V101040156_en--_c2

the XDLC continues to monitor its associated devices, and if any alarm device

activates, the XDLC will activate the outputs selected for “degrade” mode of operation.

Similarly, it will also signal other modules within its backplane as to the degrade alarm

condition. Note that output activation in degrade may take up to 60 seconds and that

outputs controlling releasing agents are not activated by “degrade” operation.

The “Degrade” mode operation is not the same as “Degraded Mode” as in ULC-

S527.

Controls and Indicators The front panel of the XDLC contains one reset switch, 16 LEDs, and three HNET

address switches, as shown in Figure 1. A reset switch is located on the top of the

front panel. Pushing the reset switch re-initializes the XDLC operation.

The LEDs follow the reset switch and their functions are defined as follows:

POWER (Green) Normally ON. When illuminated, indi-

cates the power for the XDLC is applied

to the card. Blinks during firmware

download or if download has failed.

CARD FAIL (Yellow) Normally OFF. When illuminated, indi-

cates the card microprocessor has failed.

HNET (Yellow) Normally OFF. When illuminated, indi-

cates that the HNET communication with

the XDLC has terminated and the card

goes into degrade mode on HNET

failure.

GND FAULT (Yellow) Normally OFF. When illuminated, indi-

cates that the XDLC has detected either

a negative or positive ground fault on its

field wiring. Blinks during firmware

download.

ALARM (Red) Normally OFF. When illuminated, indicates

that the XDLC has detected an alarm.

TROUBLE (Yellow) Normally OFF. When illuminated, indi-

cates that the XDLC has detected a

trouble on its field wiring; or incapability

between firmware in either the PMI,

XDLC, or both.

OPEN Normally OFF. When illuminated, indi-

cates that the XDLC has detected an

open on its field wiring.

SHORT Normally OFF. When illuminated, indi-

cates that the XDLC has detected a

short on its field wiring.

LINE LEDS 1-8 Normally Off. When illuminated, indi-

cates a trouble (open or short) on the

associated line or loop.

Siemens Industry, Inc.

Building Technologies Division

A6V101040156_en--_c3

Three rotary dial switches at the bottom of the front panel are used to set the HNET

network address of the XDLC. All field devices connected to the XDLC are ad-

dressed and tested using the Device Programming Unit (DPU). Refer to the DPU

Manual, P/N 315-033260 for further information.

PRE-INSTALLATION Set the three-digit HNET network address for the XDLC using the three rotary dial

switches located near the bottom of the front panel. (Refer to Figure 1 for the

location of the switches.) The address for the XDLC must be the same as the

address selected for it in the Zeus ProgrammingTool.To set the address, turn the

pointers on each of the three dials to the numbers for the selected address. For

example, if the address is 123, set the pointer for the HUNDREDS dial to “1”, set the

pointer for the TENS dial to “2”, and set the pointer for the ONES dial to “3”. The range

of allowable addresses is from 001 to 251 (leading zeros must be used).

USB CONNECTOR

The USB connector provides an interface to download new Firmware to the XDLC.

Using a standard USB A-B cable connected to a PC running Zeus, a new XDLC

Firmware can be downloaded. The Zeus Configuration Program is used to select the

new Firmware and initiate the download to the XDLC.

Both the power LED and the Ground Fault LED will blink during download.The power

LED will blink alone if the firmware was not completely downloaded to the XDLC.

In addition to Firmware Download, the USB port provides a diagnostic log of the

XDLC internal functions for field support personnel.

INSTALLATION The XDLC plugs perpendicularly into one slot in the CC-5 card-cage via two 96-pin

DIN connectors and can occupy any slot in the card cage. (Refer to Figure 2.)

Insert the XDLC card into the card guides rightside

up (lettering on the front panel is legible)

Slide the card in until the card edge connectors

contact the receptacles on the motherboard.

Verify that the DIN connectors of the card and the

card-cage are aligned properly.The card can only be

plugged into the card cage in one direction; if it does

not align, DO NOT FORCE the card.

Place thumbs on the front panel adjacent to the

captive screws and gently apply even pressure on

the card until the connectors seat in the receptacles

on the motherboard.

Secure the card with the captive screws.

HNET

HUNDREDS

TENS

ONES

Figure 2

Installing The XDLC

Siemens Industry, Inc.

Building Technologies Division

A6V101040156_en--_c4

Figure 3

Wiring The 24VDC Power Lines To The XDLC Slot In The CC-5

WIRING

Remove all system power before installation, first battery then AC. (To power up,

connect the AC first, then the battery.)

All field wiring to the XDLC is connected to the terminal blocks of the CC-5 card cage

slot in which it is installed.

To Connect External Wiring

1. Loosen the screw of the terminal by turning it counterclockwise.

2. Insert the wire into the side of the terminal block.

3. Tighten the screw of the terminal block by turning it clockwise.

Connect +24V from the PSC-12 to terminal 17 and -24V from the PSC-12 to terminal

18 of the slot in the CC-5 where the XDLC will be installed. (Refer to Figure 3.)

LINE 1 (OUT)

LINE 1(OUT)

LINE 1 (RETURN)

LINE 2 (RETURN)

LINE 2 (OUT)

ZONE 3 ZONE 4

1 2 3 4 5 6 7 8

LINE 1 (OUT)

LINE 1 (RETURN)

LINE 2 (RETURN)

LINE 2 (OUT)

ZONE 1 ZONE 2

9 10 11 12 13 14 15 16

ONE SLOT OF CC-5

17 18 19 20 21 22 23 24

24V+ 24V-

TO 24VDC FROM THE PSC-12

DO NOT USE

+++

---

+++

Siemens Industry, Inc.

Building Technologies Division

A6V101040156_en--_c5

Figure 4

XDLC Wiring Diagram

ZONE 3-6

INITIATING

DEVICE

CC-5

LINE 1

ZONE 4-8

LINE 2

SHIELD (OPTIONAL)

TERMINATE IN ENCLOSURE

WITH THE XDLC. TERMINAT

AT ONE END ONLY.

TERMINATE TO EARTH

GROUND.

ZONE 3-5

INITIATING

DEVICE

ZONE 4-7

SHIELD (OPTIONAL)

TERMINATE IN ENCLOSURE

WITH THE XDLC. TERMINATE

AT ONE END ONLY.

TERMINATE TO EARTH

GROUND.

9 10 11 12 13 14 15 16

***OPERATES IN FULL CONFORMANCE WITH CLASS B (ULC DCLB)

1 2 3 4 5 6 7 8

ZONE 1-2

INITIATING

DEVICE

CC-5

LINE 1

ZONE 2-4

LINE 2

SHIELD (OPTIONAL)

TERMINATE IN ENCLOSURE

WITH THE XDLC. TERMINATE

AT ONE END ONLY.

TERMINATE TO EARTH

GROUND.

CLASS B WIRING***

T-TAPPING ALLOWED

ZONE 1-1

INITIATING

DEVICE

ZONE 2-3

SHIELD (OPTIONAL)

TERMINATE IN ENCLOSURE

WITH THE XDLC. TERMINATE

AT ONE END ONLY.

TERMINATE TO EARTH

GROUND.

LINE 2 (OUT)

9 10 11 12 13 14 15 16

**OPERATES IN FULL CONFORMANCE WITH CLASS A (ULC DCLA)

1 2 3 4 5 6 7 8

ZONE 1

INITIATING

DEVICE

CC-5

LINE 1 (RETURN)

LINE 1 (OUT)

ZONE 2

LINE 2 (OUT)

LINE 2 (RETURN)

CLASS A or CLASS X WIRING**

NO T-TAPPING ALLOWED

ZONE 3

INITIATING

DEVICE

CC-5

LINE 1 (RETURN)

LINE 1 (OUT)

ZONE 4

LINE 2 (OUT)

LINE 2 (RETURN)

NOTES:

1. NO END OF LINE DEVICE REQUIRED.

2. ALL CIRCUITS SUPERVISEDAND POWER LIMITED PER NEC 760.

3. POSITIVE OR NEGATIVE GROUND FAULTDETECTED AT <50K OHMS ON TERMINALS 1-16.

LINE 1

LINE 2

LINE 1

LINE 2

LINE 1

LINE 2

LINE 1

LINE 2

Siemens Industry, Inc.

Building Technologies Division

A6V101040156_en--_c6

The XDLC circuit can be wired Class B (DCLB), Class A (DCLA), or Class X (DCLC).The

configuration tool allows selection of Class A, X or B. The XDLC field circuit wiring does

not require twisted, shielded wire, but is recommended. It can be installed in conduit

containing low voltage power, notification appliance circuits, audible and speaker zone

circuits, and RS-485 and other data circuits without restrictions.

Electrical connections for the zones are shown in Figure 4. The wiring style is set in

the Zeus Programming Tool without using external jumpers.

If the return wires in a zone are reversed (in a Class A [DCLA] configuration), the line

numbers and short LEDs associated with the affected zone will be illuminated.

Switch the two return wires to remove this trouble. Eliminate all other troubles

before completing the installation.

NOTE:

1. Devices wired as Class X (DCLC) must have Isolator Mode checked off.

2. For Class A (DCLA) and Class B (DCLB), the option for Isolation Mode is

available for the X-devices as long as the wiring matches the configuration.

3. During system initialization, the XDLC will test the wiring for each device

and produce “XDLC Device Wiring Mismatch” trouble if there is a mismatch

between the Isolation Mode in the configuration and the device wiring.

COMPATIBILITY 1. The XDLC supports compatible devices with the model numbers listed in

Table 1 for UL 864 and in Table 2 for UL2572. Use any combination of those

listed in Table 1 orTable 2, as applicable.

2. The XDLC supports a maximum of 252 Desigo Fire Safety Modular/

Cerberus PRO Modular intelligent field devices distributed across four Class

A (DCLA) loops or eight Class B (DCLB) loops. A mix of Class A (DCLA) and

Class B (DCLB) is supported. The XDLC supports a maximum of 190 Desigo

Fire Safety Modular/Cerberus PRO Modular intelligent field devices wired in

isolation mode distributed across four Class X (DCLC) loops. A mix of Class

A (DCLA) and Class X (DCLC) wiring is supported where the maximum total

number of devices across four loops is 252 with a limit of 190 of those

Desigo Fire Safety Modular/Cerberus PRO Modular intelligent field devices

wired in isolation mode.

3. All circuits are power limited to NFPA 70 per NEC 760. The XDLC supports

the use of 12-22 AWG non-shielded, twisted, thermoplastic fixture wire

without conduit, if permitted by local building codes.

4. No end of line device is required.

5. Total circuit resistance of each zone must not exceed 50 ohms. (Refer to

the chart on page 7.)

Maximum capacitance: 0.5μF between line+ and line-

1. 0 μF between line and chassis

6. T-tapping is not allowed on Class A (DCLA) or Class X (DCLC) loops.

7. All models are UL and ULC listed.

8. The Multi-Criteria detectors are programmed using the DPU. A PAD-5,

Document ID A6V101030358, or a SBGA-34 base, connected to a ZIC-4A, P/

N 500-033050, or ZIC-8B, P/N 500-648670, can be used to createTemporal

4 tones in conjunction with the Carbon Monoxide enabled detectors

FDOOTC441 or OOHC941. Using these detectors with the ABHW-4S or

ABHW-4B, the selection of tones are chosen using the panel’s configuration

tool.

Siemens Industry, Inc.

Building Technologies Division

A6V101040156_en--_c7

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Building Technologies Division

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Siemens Industry, Inc.

Building Technologies Division

A6V101040156_en--_c9

PANEL

XDLC

Out

Return

PANEL

XDLC

Out

Return

PPP

III

PPP

III

CLASS A

P = Device(s)

(Polarity Insensitive)

No Devices used as Isolators

CLASS A (Mixed Mode)

P = Device(s)

(Polarity Insensitive)

(Max. 20 Devices between Isolators)

I = Isolator Device(s)

(

Wired for Isolator Mode

)

PANEL

XDLC

Out

Return

PANEL

XDLC

Out PPP

PPPP

CLASS X

I = Isolator Device(s)

(All wired for Isolator Mode)

CLASS B

P = Device(s)

(Polarity Insensitive)

No Devices used as Isolators

Figure 5

Class A Device Loop Topologies

Figure 6

Class X and B Device Loop Topologies

Siemens Industry, Inc.

Building Technologies Division

Florham Park, NJ

Siemens Canada, Ltd.

1577 North Service Road East

Oakville, Ontario

L6H 0H6 Canada

Document ID A6V101040156_en--_c

Siemens AG

I BT FS SYS MCH

D-81379 München P/N A5Q00072496

Cyber security disclaimer

Siemens products and solutions provide security functions to ensure the secure operation of building comfort,

fire safety, security management and physical security systems. The security functions on these products and

solutions are important components of a comprehensive security concept.

It is, however, necessary to implement and maintain a comprehensive, state-of-the-art security concept that is

customized to individual security needs. Such a security concept may result in additional site-specific preventive

action to ensure that the building comfort, fire safety, security management or physical security system for your

site are operated in a secure manner. These measures may include, but are not limited to, separating networks,

physically protecting system components, user awareness programs, defense in depth, etc.

For additional information on building technology security and our offerings, contact your Siemens sales or

project department. We strongly recommend customers to follow our security advisories, which provide infor-

mation on the latest security threats, patches and other mitigation measures.

http://www.siemens.com/cert/en/cert-security-advisories.htm

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