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Capstone Turbine Corporation 21211 Nordhoff Street Chatsworth CA 91311 USA Technical Reference: C200 Hazardous Location Fire Suppression System The Trouble terminals (TB8) and Relay 1 terminals (TB11) are connected to the Hazloc Controller. The terminals at TB8 transmit a trouble/warning signal to the Hazloc Controller if a fault or alarm condition exists (see Table 1). Input power is connected to terminals at TB13 with power requirements as defined in Section 5.2. Refer to the Electrical P&ID listed in Section 3 for more information. Two 12 V, 12 Ah standby batteries are connected to terminals at TB12. The Fire Suppression System is configured with End of Line (EOL) resistors that are used to provide diagnostic information to the FSS Controller. The EOL resistors are installed on various FSS components to provide trouble indicators from the FSS circuitry (e.g. broken/disconnected wires, etc.) that may compromise the integrity of FSS operation. EOL resistors may also be installed on various PCB terminal blocks that have no other inputs. This is due to the program installed on the FSS Controller, which may require certain inputs to function properly. As such, the terminal blocks that require EOL resistors are dependent on the installed program. Refer to the Electrical P&ID listed in Table 1 for more information regarding which inputs require EOL resistors with the current FSS Controller program, or refer to the documentation supplied with an installed FSS Controller for information on that controller. For more detailed information about the operation of the FSS Controller, refer to the Installation, Operation, and Maintenance Manual for the Kidde AEGISTM Conventional Fire Alarm Suppression Control Unit (P/N 06-236716-001) listed in Table 1. 4.2.2. Manual Pull Station The manual pull station is used to remotely activate the CO2 discharge process independent of the heat detectors (see Figure 11). The manual pull station is operated by pushing the PUSH bar inwards which allows the PULL handle to be grasped and pulled in a one-handed motion. The manual pull station actuates an internal switch that is sensed by the FSS Controller as a signal to initiate the CO2 release. The manual pull station requires an EOL resistor to be installed on its internal wiring terminal block. Refer to the Electrical P&ID located in Table 1 for more information on the circuit. 410089 Rev A (February 2013) Page 17 of 54 Capstone reserves the right to change or modify, without notice, the design, specifications, and/or contents of this document without incurring any obligation either with respect to equipment previously sold or in the process of construction. WARNING: The FSS Controller, PCB and power supply must be configured for the specific input voltage. Refer to the FSS Controller product manual for detailed information. WARNING: Verify that the Fire Suppression System is properly configured for its input voltage BEFORE applying power. NOTE: For an existing installation, refer to the programming schematic that shipped with the unit. The most current programming schematic may not be applicable to the unique configuration programmed for an installed FSS. Contact Capstone Applications for additional information.PDF Image | Technical Reference C200 Hazloc Fire Suppression System
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