SMKT100-345
Smoke, Heat, Freeze Detector, 345MHz
SKU
205533
MPN:
SMKT100-345
- Meets new UL217 8th edition and UL268 7th edition requirements.
- Designed to recognize smoke from some synthetic materials.
- Monitors and reports on excessive temperature variations.
Overview
The 2GIG Smoke Heat Freeze Detector has been designed to detect fire issues earlier, providing a more accurate and timely notice in the event of smoke or fire. t has been designed to recognize smoke from common synthetic materials and decrease nuisance alarms from everyday cooking. Using advanced detection algorithms and a sophisticated photo-electric optical sensor, this detector meets the UL standards UL268 7th edition.
Features
- Meets new UL217 8th edition and UL268 7th edition requirements.
- Designed to recognize smoke from some synthetic materials.
- Monitors and reports on excessive temperature variations.
- Optical smoke detection chamber for improved smoke detection.
- Rate of Rise alert is sent to the panel, and a siren is triggered once the room temperature is 104˚F and the temperature rises 15 degrees or more in one minute.
- Extreme high/low temperature alerts.
- Projected 10-year battery life.
- The sensor transmits in encrypted mode by default and can be set to unencrypted mode via an onboard switch.
Specifications
| Wireless Signal Range | 350 ft (106.7m), open air with Wireless Control Panel |
| Transmitter Frequency | 345MHz |
| Compatibility | 2GIG Panels |
| Supervisory Interval | 70 minutes |
| Dimensions | (D x W x H) 4.7″ x 2.3″ (120 x 58 mm) |
| Weight | .46lbs |
| Audible Alarm | > 85dB (A) at 10ft (3m) minimum |
| High Temperature Level | 134˚F +⁄- 4˚F |
| High Temperature Rate of Rise | Temperature above 104˚F and increases 15˚F or more in one minute |
| Low Temperature Level | 40˚F +⁄- 4˚F. Reset at 45˚F +⁄- 4˚F |
| Operating Temperature | -40° to 100°F (4.4°C to 37.8°C) |
| Operating Rel. Humidity | 15% to 95%, non-condensing |
| Batteries | 2 x CR123A |
| Regulatory Listing | UL268 7th Edition, CAN/ULC S529 7th Edition, CSFM |