Silent Knight 5128 and 5129 Four Channel Digital Communicator
ENGINEER AND ARCHITECT SPECIFICATIONS l
864 Listed. Meets NFPA 72 Chapter 4, for Central Station/Remote Station Monitoring
l
Listed as a Slave Communicator for Connection to System 3TM, SXL, IXL, and MXL Fire Alarm Control Panels
l
Four Fully Supervised Input Channels
l
Dual Phone Line Interface and Line Fault Monitoring
l
Automatic 24 Hour Test
l
Reports in Eight (8) Standard Communication Formats
l
Local Keypad Programmer/Annunciator (5230)
l
Remote Programming (Up/Down Loading)
l
Relay Output for System Alarm or Trouble Conditions
l
Compact Size Allows Mounting in Most Control Cabinets, also Available in Separate Enclosure (Model 5129)
Description & Features Cerberus Pyrotronics offers the Silent Knight Models 5128 and 5129 four channel, dual line digital communicators. These “slave” communicators are designed to monitor UL listed fire alarm control panels. The model 5128 is specifically designed and listed to be mounted in the System 3TM, SXL, IXL, MXL system enclosures. Power from these fire alarm controls drive the 5128. Programming and troubleshooting time is minimized by user friendly English language messages available with both the Model 5230 local programmer and PC based remote downloading software, Model 5561.
Channel Inputs Four supervised, or unsupervised, channel inputs can be configured as either voltage inputs, active high or low inputs, or contact closure inputs. The System 3TM, using the CSI-35 module, provides a combination of contact closures and active high voltage input to activate the 5128/ 29. The SXL, IXL and MXL use a contact closure for each channel. The preset channels are programmed as follows: Channel 1 Alarm (Fire) Channel 2 Trouble (Fire) Channel 3 Sprinkler Supervisory Channel 4 Alarm (Undefined)
Phone Line Monitors Two phone line circuits detect phone line faults by monitoring their voltages. Reporting of a fault as a trouble condition is delayed by 40-90 seconds; if the condition persists, an audible trouble in the communicator will sound and the trouble reported to the central station. To ensure phone line accessibility the 5128 and 5129 are equipped with line seizure. Test Functions After power-up, the 5128 and 5129 self-test system status. A watchdog circuit on the microprocessor resets the communicator if a failure occurs. Additionally, a 24-hour auto test can be programmed to a central station at a precise time. The installer can also initiate a manual test using the Model 5230 programmer. Programming/Downloading The Model 5230 LCD keypad programmer can be temporarily connected to program or troubleshoot the communicator on site. English language messages assist in entering data, changing the 24-hour test time and describing conditions currently in effect. A ring detector on the 5128 and 5129 allows one call downloading when used with optional remote programming software and modem Model 5561.
CATALOG NUMBER
4000
AC Monitoring The Models 5128 and 5129 transmit a distinct AC power fail trouble signal to the central station. The Model 5128 receives this signal from the Cerberus Pyrotronics Fire Alarm Control Panel. The SXL, IXL and MXL transfer this signal via dry contact closure. The System 3TM transmits this signal via an active high output from the Model CSI-35 central station interface. All Cerberus Pyrotronics Fire Alarm Control Panels, as well as the Model 5128 and 5129 communicators, can be programmed to delay transmission of this signal to a central station as required by Underwriters’ Laboratories.
Model 5129 Dimensions: Enclosure: Color: Weight:
103/8” H x 101/8” W x 3” D Sheet Metal Cabinet Red 6 Lb.
Accessories: Model 5230
Programmer/Annunciator with harness
5561
Downloading software/modem kit
5128
Telephone interface kit — includes RJ-31X block and cord, 3 ft., with spade connectors
Optionally, the Model 5129 can monitor AC power through its own transformer. No AC signal transmission will then be required from the fire alarm control.
Mounting Suggestions
Technical Specification
A.
System 3 — mount in rear of enclosure or on mounting rails
Electrical:
Input — 24 VDC from UL listed fire control panel.
B.
Maximum DC Load:
Standby — 84mA Alarm — 154mA
SXL/IXL — mount on inside front door below viewing window, or left side backbox
C.
MXL — mount on inside of MHD-2 or MSR-1 rail kit
AC Monitoring Input:
AC trouble output from a local alarm or System 3TM CSI-35 module, or with 5129 24 VAC monitor transformer
Relay Output:
Form C at 1A 24 VDC/24 VAC for Alarm or Trouble
Indicator Lights:
Green LED Power On; Red LED Phone Line Trouble; Yellow LED Input Fault and System Trouble
Connection:
Screw terminals for phone line and relay outputs. Color coded flying leads for control panel inputs
Reporting Formats:
Communicates via SK 3/1; SK 4/2; SESCOA 3/1; SK FSK (4/2); Radionics BFSK 14 and 23; SIA 8/SIA20 formats
Telephone Requirements: FCC registration No. AC6USA-75160-AL-E Ringer Equivalence - 0.9B Type of Jack - RJ31X (two required) Approvals:
UL 864 listed by Cerberus Pyrotronics for use with SXL, IXL, MXL and System 3TM/ CSI-35 UL 864 listed; NYMEA and CSFM approved by Silent Knight for Central Station/ Remote Station Monitoring
Mechanical Specifications Model 5128 Dimensions: Enclosure: Color: Weight:
83/4” H x 4” W x 1¼” D Vinyl/Acrylic meets UL94VO Black 2 Lb.
Engineer and Architect Specifications The digital fire communicator shall be a Cerberus Pyrotronics 5128 or 5129, and shall be installed in the fire control cabinet or mounted in a separate enclosure. The slave communicator shall be powered by 24 VDC from a UL listed fire alarm control and shall report four (4) conditions: (1) alarm, (1) trouble, (1) supervisory and (1) waterflow alarm. The unit shall have a built in auxiliary relay output which is programmable for alarm or trouble conditions, and shall be capable of transmitting a distinctive AC power failure signal. The communicator shall have the following features: visual and audible trouble indications; supervised or unsupervised input channels, dual phone line interface with line seizure; local and remote programming and automatic 24hour test. The communicator shall be UL 864 listed and meet the requirements of NFPA 72 Chapter 4 for supervising station fire alarm systems.
Ordering Information Model
Part Number
Description
5128
500-693213
Silent Knight 4-Channel, Dual Line Digital Fire Communicator Internal
5129
500-693214
Silent Knight 4-Channel, Dual Line Digital Fire Communicator Remote
5230
500-693215
Programmer/Annunciator with Harness
5561
500-693216
Downloading Software/Modem Kit
TIK-5128
599-293218
Telephone Interface Kit
CSI-35
500-892318
System 3 Central Station Interface Module
Model 5128/5129 Wiring Information — Typical System 3TM Connection
Notes: 1. Inputs may be programmed for supervision if 5128 or 5129 is located outside enclosure. Three 4.7K end-of-line resistors (PN140-820388) are provided with Model CSI-35 for supervision. 2. Additional alarm input may be connected to an auxiliary relay contact programmed for specific zone alarms, i.e., duct detector zone; waterflow zone, etc. 3. Sprinkler supervisory input must be tied into ZN-34U2 for separate supervisory signal or relay contact on SR-32 programmed to activate from ZN-34U2. 4. Suggested use: to annunciate system or telephone line trouble from 5128, wire normally closed relay to unused zone on CP-35 or ZU-35 with EOL device in series to open circuit; or use relay to activate local 24 VDC audible trouble device. 5. See Installation Instruction P/N 315-092318
Typical SXL Connection
Notes: 1. Inputs may be programmed for supervision if 5128 or 5129 is located outside enclosure or if DFC-5129 is used. Separate 4.7K ½ Watt resistors must be used if supervision is desired; not supplied with 5128/29. 2. Additional alarm input may be connected to an auxiliary relay contact programmed for specific zone alarms, i.e., duct detector zone; waterflow zone, etc. 3. Suggested use: to annunciate system or telephone line trouble from 5128, wire normally closed relay to unused zone on SZE-4R, SZE-8A or on TB-B6 of SXL main board with EOL device in series to open circuit; or use relay to activate local 24 VDC audible trouble device. 4. See Installation Instruction P/N 315-093223
Typical IXL Connection
Notes: 1. Inputs may be programmed for supervision if 5128 or 5129 is located outside enclosure or if DFC-5129 is used. Separate 4.7K ½ Watt resistors must be used if supervision is desired; not supplied with 5128/29. 2. Additional alarm input may be connected to an auxiliary relay contact programmed for specific zone alarms, i.e., duct detector zone; waterflow zone, etc. 3. Suggested use: to annunciate system or telephone line trouble from 5128 or 5129, wire relay as shown to CZI-L2S with EOL device in series to open circuit; when using the TRI-B6 on IXL or MXL wire as shown, an open or short will cause activation; or use relay to activate local 24 VDC audible trouble device. 4. See Installation Instruction P/N 315-093301
Typical MXL Connection
Notes: 1. Inputs may be programmed for supervision if 5128 or 5129 is located outside enclosure or if DFC-5129 is used. Separate 4.7K ½ Watt resistors must be used if supervision is desired; not supplied with 5128/29. 2. Additional alarm input may be connected to an auxiliary relay contact programmed for specific zone alarms, i.e., duct detector zone; waterflow zone, etc. 3. Suggested use: to annunciate system or telephone line trouble from 5128 or 5129, wire relay as shown to CZI-L2S with EOL device in series to open circuit; when using the TRI-B6 on IXL or MXL wire as shown, an open or short will cause activation; or use relay to activate local 24 VDC audible trouble device. 4. See Installation Instruction P/N 315-093294
Cerberus Pyrotronics 8 Ridgedale Avenue Cedar Knolls, NJ 07927 Tel: (201) 267-1300 FAX: (201) 397-7008
16/96 2.5M CPY-IG Printed in U.S.A.
Cerberus Pyrotronics 50 East Pearce Street Richmond Hill, Ontario L4B, 1B7 CN Tel: (905) 764-8384 FAX: (905) 731-9182
June 1996 Supersedes sheet dated 12/95
