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Installation Guide for AIRSENSE models including: 9-XXX, 9-XXX APIC for ModuLaser Aspirating Smoke Detection Systems, APIC for ModuLaser Aspirating Smoke Detection Systems, ModuLaser Aspirating Smoke Detection Systems, Aspirating Smoke Detection Systems, Smoke Detection Systems, Detection Systems, Systems
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DocumentDocumentAritech APIC Installation Sheet for ModuLaser Aspirating Smoke Detection Systems 1 2 3 4 EN: Installation Sheet Description Caution: This product is only compatible for use with ModuLaser display modules with hardware version 00.00.11 (or later). To confirm compatibility, first check the hardware version of the display module where the APIC will be installed (Device Settings > Device Details > [select module] > HW Version). The Aritech Addressable Protocol Interface Card (APIC) provides an interface to connect ModuLaser aspirating smoke detection systems to compatible Aritech 2X and 2X-A addressable fire alarm systems. The APIC includes an integrated short circuit isolator. Important: · This product must be installed and maintained by qualified personnel adhering to all local or national installation requirements and any other applicable regulations. · Always use the NeXT System Builder application to calculate the maximum number of APICs that can be installed. See "Calculating the maximum number of APICs that can be installed" on page 2 for more details. · You must configure alarms and faults as unlatched at the display module. See "Configuring the alarm and fault latching status at the display module" on page 3 for more details. · This APIC is not compatible for installation in Stratos range aspirating devices (and variants) or for use with Aritech FP1200C-2000C addressable fire systems. © 2024 Carrier. All rights reserved. 1 / 4 P/N 10-4001-501-1700-03 · REV 003 · ISS 26SEP24 Figures Figure 1: Aritech APIC Figure 2: Example address range setting Figure 3: Backplane APIC connector Figure 4: Backplane APIC connector with optional 9-30441-JUM adaptor board (not supplied) Addressing The APIC only supports multi address mode. The lowest address and highest address settings must be different. Use the rotary switches SW1-SW3 (Lowest Address) and SW4-SW6 (Highest Address) to set the address range for the modules to be monitored. The available addresses are 1 to 127. To set the address range: 1. Set rotary switches SW1-SW3 (Lowest Address) to the first address in the range. 2. Set rotary switches SW4-SW6 (Highest Address) to the last address in the range. Example: to monitor modules 3 to 5 in a SenseNET or SenseNET+ network, set SW1-SW3 to 003 and SW4-SW6 to 005 as shown in Figure 2. WARNING: The response time to indicate an alarm at the fire alarm control panel may exceed 10 seconds if the number of devices monitored by the APIC is greater than 32. Notes: · There is no translation between the detector address(es) and the SenseNET loop. The detector address(es) must be configured with the same address(es) as the fire panel loop address(es). · Each module (including the display module) represents one address on the addressable loop. · Changes to a device address are only visible after a loop restart. · The maximum number of devices that can be controlled by the APIC is defined by local regulations. · For MatrixScan support, contact your regional Technical Support office. Installation WARNING: Electrocution hazard. To avoid personal injury or death from electrocution, remove all sources of power and allow stored energy to discharge before installing or removing equipment. Caution: When handling any electric components or printed circuit boards, antistatic precautions must be followed. Failure to do so may result in component damage. Calculating the maximum number of APICs that can be installed Never install more than 10 APICs in an addressable loop. Depending on the installation wiring and electrical load, you may need to purchase and install the optional 9-30441-JUM adaptor board for loop connections. Note: Short circuit isolation is not supported when the adaptor board is installed. As a guideline: · A maximum of 5 APIC boards may be installed without the adaptor board. · A maximum of 10 APIC boards may be installed with the optional 9-30441-JUM adaptor board. The above details are for guidance only. Always use the NeXT System Builder application to calculate the maximum number of APICs that can be installed with or without the adaptor board. Connecting the addressable loop Connect the addressable loop as follows: · For installations that do not require the adaptor board, connect the addressable loop directly to the APIC connector on the display module backplane (see Figure 3). · For installations that do require the adaptor board, install the board onto the APIC connector on the display module backplane and then connect the addressable loop to the adaptor board (see Figure 4). Table 1: Loop connections Backplane APIC Connector Adaptor board Connector IN + IN + IN IN IN S S OUT + OU + OUT OU OUT S S Description Loop in + (positive) Loop in (negative) Loop in shield Loop out + (positive) Loop out (negative) Loop out shield Installing the APIC 1. Connect the addressable loop (see "Connecting the addressable loop" above). 2. Remove the front of the display module, and then open the inside cover by pulling the holding clips outwards. 3. Connect the APIC ribbon cable to the J501 connector on the display PCB, and then push the APIC board onto the alignment stud. See the ModuLaser Installation Manual for the location of the J501 connector. 4. Secure the APIC to the display PCB using 2 x M3 screws. 5. Close the inside cover, and then replace the front of the display module. 2 / 4 P/N 10-4001-501-1700-03 · REV 003 · ISS 26SEP24 Configuration After installation, complete the configuration at the display module and at the fire alarm control panel. Configuring the APIC 1 input at the display module Configure the APIC 1 input function as Remote Reset (Device Settings > Inputs > APIC 1). This operation requires Access Level 3 or higher. Note: If the APIC is installed in a Command Module, do not configure the APIC 1 input for the other display modules. Configuring the alarm and fault latching status at the display module To ensure correct operation and to avoid the need for performing a reset at both the display module and at the fire alarm control panel, configure the latching status for alarms and faults as unlatched (Device Settings > Latching Status). This operation requires Access Level 3 or higher. Configuring the device type and sensitivity values at the fire alarm control panel Each configured address is automatically assigned device type OD (optical detector) in the fire alarm control panel. Configure the day and night sensitivity values for the OD device type as 2 or 3 (the default configuration). Interface details Analogue values for device status are shown in the table below. Value 1 2 3 4 5 6 7 8 64 104 105 160 Status General Fault Flow/Filter Fault Disabled Internal APIC Fault (Hardware) Internal APIC Fault (Data Corruption) Internal APIC Fault (Parallel Comms Ribbon Cable) Internal APIC Fault (Watchdog) Internal APIC Fault (Low loop Voltage) Normal Prealarm Aux. Alarm Fire Alarm Note: Use mode GRP_AB to view analogue values (Test > Diagnostics) other modes may indicate different values (see your fire alarm control panel installation manual for more information on how to view analogue values). Maintenance Basic maintenance consists of a yearly inspection. Do not modify internal wiring or circuitry. Specifications Power requirements [1] Current consumption [1] Standby Alarm Environmental Operating temperature [2] Storage temperature Relative humidity Weight Dimensions 17 to 28 VDC (4 to 11 V pulsed) 1.85 mA 3.25 mA -20 to +60°C -30 to +75°C 10 to 95% (noncondensing) 40 g 101.4 x 68.4 mm [1] Control panel loop protocol voltage. [2] Certified at -10 to +55°C. Isolation Short circuit isolation is not supported when the optional 9-30441-JUM adaptor board is installed. Isolation voltage Minimum Maximum Reconnect voltage Minimum Maximum Rated current Continuous (switch closed) Switching (short circuit) Series impedance 13 VDC 15 VDC 13 VDC 15 VDC 1 A 1.2 A 1.9 max. Regulatory information Conformity Notified/Approved body 0370 Manufacturer Carrier Manufacturing Poland Spólka Z o.o., Ul. Kolejowa 24, 39-100 Ropczyce, Poland. Authorized EU manufacturing representative: Carrier Fire & Security B.V., Kelvinstraat 7, 6003 DH Weert, Netherlands. Declaration of Performance number 03-0275-360-0010 Year of first CE 22 marking EN 54 EN 54-17 EN 54-18 Product identification 9-30441 2012/19/EU (WEEE Directive): Products marked with this symbol cannot be disposed of as unsorted municipal waste in the European Union. For proper recycling, return this product to your local supplier upon the purchase of equivalent new equipment, or dispose of it at designated collection points. For more information see: recyclethis.info. Contact information and product documentation For contact information or to download the latest product documentation, visit firesecurityproducts.com. P/N 10-4001-501-1700-03 · REV 003 · ISS 26SEP24 3 / 4 Product warnings and disclaimers THESE PRODUCTS ARE INTENDED FOR SALE TO AND INSTALLATION BY QUALIFIED PROFESSIONALS. CARRIER FIRE & SECURITY B.V. CANNOT PROVIDE ANY ASSURANCE THAT ANY PERSON OR ENTITY BUYING ITS PRODUCTS, INCLUDING ANY "AUTHORIZED DEALER" OR "AUTHORIZED RESELLER", IS PROPERLY TRAINED OR EXPERIENCED TO CORRECTLY INSTALL FIRE AND SECURITY RELATED PRODUCTS. For more information on warranty disclaimers and product safety information, please check https://firesecurityproducts.com/policy/productwarning/ or scan the QR code: 4 / 4 P/N 10-4001-501-1700-03 · REV 003 · ISS 26SEP24