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Test detector functionality using the EA-CT tool. Initiates test sequence for panel alarm message.
Use GEMINI 501 aerosol generator for smoke entry test. Apply aerosol until panel alarms.
The Fike 63-1052, 63-1053, and 63-1057 are intelligent photoelectric smoke detectors designed for rapid response to a broad range of fires. These devices utilize sensing chambers engineered to minimize the impact of settled dust on their performance.
These detectors are intelligent, spot-type photoelectric smoke detectors. The 63-1053 model includes an additional thermistor-based, 135°F fixed temperature heat detection circuit, allowing it to transmit an alarm signal due to heat in accordance with UL 521. The 63-1057 model is specifically designed for use within the DNRECL duct housing and is not intended for open area applications.
The detectors feature tri-color LEDs to indicate their status. These LEDs can be programmed to blink or remain steady in green, amber, or red, providing visual cues about the detector's operational state. A remote output is also available, which can be configured to either follow the LED status or be controlled independently. For enhanced visibility, a remote LED annunciator (RA400Z/RA100Z) can be connected as an accessory.
These detectors require compatible addressable communications to function correctly and must be connected to listed-compatible control panels. When configured at the fire alarm control panel, the detector can operate in a special application mode, offering higher sensitivity than typically allowed by UL 268. This mode is suitable for areas where early warning is critical, such as hospitals, museums, and assisted living facilities, provided there are no airborne particulates or aerosols. However, in this special application mode, the detector does not comply with the Cooking Nuisance Smoke Test and is not suitable for areas where cooking appliances or other sources of airborne particulates (e.g., sawing, drilling, grinding operations, textile or agricultural processing, or unvented engines) may be present. For general use or areas with cooking appliances, a normal application detector or normal application mode must be used.
Installation of these detectors must adhere to the control panel system installation manual, the requirements of the Authority Having Jurisdiction (AHJ), and NFPA 72 standards for maximum performance. The detectors are designed to be installed in a base (supplied separately) by pushing and turning clockwise to secure them. The desired address for each detector is set using an IR configuration tool (model no. EA-CT) with a maximum range of 30 feet (9 meters).
For spacing, System Sensor recommends following NFPA 72 guidelines. In low airflow applications with smooth ceilings, detectors should be spaced 30 feet apart. When the 63-1053 is used as a heat detector in FM3210 compliant applications, the spacing should be 20 feet apart. The 63-1052 and 63-1053 models are also listed for use in ducts, with specific guidance available in the Duct Applications Guide HVAG53.
The detectors include a tamper-resistant capability to prevent unauthorized removal from the base without a tool. This feature enhances security and helps maintain system integrity.
Testing of the detectors is crucial after installation and periodically thereafter, in accordance with the AHJ and NFPA 72. Functional testing can be performed using the EA-CT tool, which initiates a test alarm message to the control panel. Smoke entry testing can be conducted using a GEMINI model 501 aerosol generator, applying aerosol until the panel alarms. Alternatively, canned aerosol simulated smoke products (e.g., Home Safeguard Industries 25S, SDi CHEK02, CHEK06, SOLOA4, SMOKESABRE-01) can be used, following manufacturer instructions to avoid misuse or overuse, which may have long-term adverse effects. For the 63-1053 model, direct heat testing can be performed on the thermistors using a hair dryer, heat gun, or dedicated test apparatus, ensuring both thermistors are tested individually and allowing sufficient time for cooling before reset.
Before any maintenance, the proper authorities must be notified, and the system or relevant zone disabled to prevent unwanted alarms. Dust covers, provided for limited protection during shipping, must be removed before the detectors can sense smoke and prior to heavy remodeling or construction.
Cleaning involves removing the detector from the system and then carefully vacuuming the screen without removing it. If further cleaning is needed, the chamber cover/screen assembly can be pulled straight out. A vacuum cleaner or clean compressed air can then be used to remove dust and debris from the sensing chamber. After cleaning, the chamber cover/screen assembly is reinstalled by sliding it over the sensing chamber and turning it firmly into place. The main cover is replaced by aligning the LEDs and gently pushing until it locks, ensuring that the thermistors on 63-1053 models are not bent. After reinstallation, the detector must be tested as described in the TESTING section, and disabled circuits reconnected. Finally, the proper authorities must be notified that the system is back online.
Proper wire gauges and color-coded wiring should be used during installation to minimize mistakes and simplify troubleshooting. Improper connections can prevent the system from responding correctly in a fire event.
General| Model Number | 63-1052 |
|---|---|
| Operating Temperature | 0°C to 38°C |
| Humidity Range | 10% to 90% (non-condensing) |
| Sound Level | 85dB at 10 feet |
| Compliance | UL 217, NFPA 72 |
