Kidde DC-9103E-KID User manual

DC-9103E-KID
Page 1 of 2 DATA SHEET
Issue 1.0
Conventional Rate
of Rise and Fixed
Temperature Heat
Detector
DC-9103E-KID
Standard Features
• 3 classes programmable.
• Magnetic test function.
• Output terminal for remote indicator.
• Complying with AS7240.5
DC-9103E-KID is the new Generation of Conventional Rate
of Rise and Fixed Temperature Heat from KIDDE. The DC
series Detectors have a microprocessor and use Advanced
Algorithms to reliably Detect Fire alarm conditions.
By Default, the DC-9103E-KID is supplied as an A1R class
Heat Detector. Using the Handheld Programmer, the
installer can easily program the device as an A2S or BS
Detector without the need to carry 3 different heat detectors
to a site..
Overview
The detector bottom is shown in Fig. 1 and the base in Fig. 2
There are four teminals with numbers on the base
1: Detection zone positive IN
2: Detection zone positive OUT
3: Detection zone negative IN and OUT
2: Positive Terminal of remote indicator
4: Negative terinal of remote indicator
Connection and Wiring
FIGURE 1 FIGURE 2
Fix the base with two taping screws. Then align A (Fig. 1)
with the bottom of the detector to B (Fig. 2) of the base,
and rotate the detector clockwise to mark C.
Installation
Mounting of the detector is shown in Fig. 3
FIGURE 3

DC-9103E-KID
Page 2 of 2 DATA SHEET
Issue 1.0
Application
Note: To operate correctly, the DC-9103E-KID must be connected to a compatible re alarm control panel. Connecting
the heat detector directly to 24VDC will damage the detector.
The default class of the detector is A1R and polling LED staus is ‘ON’, which can be modified using P-9910B hand-held programmer.
Programming or Reading the Detector: Connect the hand-held programmer to the heat detector terminals ‘1’ and ’3’ using the
clips provided.
Unlocking the Programmer: Turn the programmer on and enter the unlock pin ‘456’ and press ‘clear’, a ‘0’ should appear on the
LCD.
Program Heat Detector Class: To change the class, press the ‘Function’ key followed by ‘4’. A ‘-‘should appear on the LCD.
Enter: ‘2’ for A1R, ’3’ for A2S, or ‘5’ for BS, followed by the ‘Program’ button. Once complete, there will be a ‘P’ shown on the LCD,
indicating its class is programmed.
Table 1 Detector Setting Parameters
Parameter Smoke Sensitivity Polling LED Status
2 A1R ON
3 A2S ON
5 BS ON
Read Heat Detector Class: When the programmer is in a standby state, press the ‘Test button’. ‘L’ will appear followed by an
address for the detector. Pressing ‘Up’ will scroll through the detector sensitivity level, device type and heat detector class. For these
Conventional Heat Detectors the detector address is not applicable. Sensitivity level is usually the same as the detector and the
device type is ‘1’, smoke detector
Locking the Programmer: press ‘Clear’ and enter locking pin ‘789’ followed by ‘Clear’ to exit.
When the detector is connected to the KID1xxA conventional FDCIE or a addressable zone monitor unit, a 4.7kΩ end of line resistor
is to be fitted at the last DB-01 base on the circuit. See Fig. 4.
FIGURE 4
Testing
Note: Before testing, Ensure the detector is properly installed and powered up.
Testing can only commence after the detector is powered up for a minimum 10
seconds.
The detector must be tested after installation and regular maintenance as per local code.
The two methods are as follows:
(1) Reed switch testing
Place the commission tool on the testing area of the detector as shown in Fig. 5, hold
for several seconds until the detector is in alarm.
(2) Smoke test
Apply the detector smoke tester to the detector until it alarms.
On completion of test, reset the detector at the FDCIE.
If a detector fails during testing, follow the instructions outlined in the Maintenance section,
and retest it. If it still fails, replace the detector.
FIGURE 5

Australia & New Zealand
Phone: [phone]
Outside Australia: [phone]
Email:cs@resecurityproducts.zendesk.com
Web: www.kidde.com.au
Head Oce
10 Ferntree Place
Notting Hill, Victoria 3168
Australia
©2021Carrier.Allrightsreserved.
KiddeAustraliaisaCarriercompany.
DC-9103E-KID
Page 3 of 2 DATA SHEET
Issue 1.0
Specifications
Operating Voltage 24VDC(16VDC~28VDC)
Standby Current ≤60μA
Alarm Current ≤55mA
Fire LED Red, periodically flash once in polling when the status is
set to “ON”; no illumination when the status is set to “OFF”.
Periodically flash twice in fault; steady illumination when in
alarm.
Remote Indication Output Polarity-sensitive, directly connecting with remote indicator
(built in 10k resistor in series, maximum output current is
2.0mA);
The remote indicator does not
illuminate in normal and flashes in
alarm.
2V (peak to peak value)
Class and Setup Classes A1R, A2S, BS programmable.
Maximum Ripple Voltage 2V ( peak-to-peak)
Alarm Reset Instantaneous cut-out (10s Min, 1.0VDCMax.)
Wiring Polarized two wire
Ingress Protection Rating IP2X
Ambient Temperature Class A1: -10ºC~+50ºC
Class A2: -10ºC~+50ºC
Class B: -10ºC~+65ºC
Typical Fixed Temperature Class A1: 58ºC
Class A2: 62ºC
Class B: 77ºC
Relative Humidity ≤95%, non-condensing
Material ABS
Dimensions Diameter: 100mm Height: 53.3mm (with base)
Mounting Hole Spacing 45mm~75mm
Weight About 110g (with base)
Ordering information
Part number Description Ship Wt., lb (kg)
DC-9103E-KID Conventional Rate of Rise and Fixed Temperature Heat
Detector
Accessories and Tools
Module Name Remarks
P-9910B Handheld Programmer Order separately
DB-01 Base Order separately
Before performing maintenance ensure the proper authorities are notified that the
system is undergoing maintenance and will temporarily be out of service. Disable the
zone or system undergoing maintenance to avoid any unwanted alarms.
Prior to commissioning ensure the dust covers are left on the detectors and measures
are taken to keep the detectors free from dust, dampness and corrosion.
Detectors should be cleaned at least once a year to ensure normal operation of the
system.
The detector should be tested after any cleaning or when replaced
Protect the metal component on the PCB against damp and improper distortion.
Maintenance