Product Description
Honeywell Home's feature-rich TS300 was engineered to meet the demands of a wide range of applications. From florists and butchers to pet shops, computer centers and residences, the TS300 provides uncompromising performance. Unique features such as simultaneous use of local and remote temperature probes, programmable hysteresis and audible alarm with silence timeout, illustrate the sensor’s flexibility in installation, programming and operation.
emperature Range/Accuracy:
- Local Sensor:
- 32°F to 140°F (0°C to 60°C)
- +/-3°F (+/-1.7°C)
- Remote Probe:
- -40°F to 140°F (-40°C to 60°C)
- +/-4°F (+/-2.2°C)
Hi and Low Limits:
- Minimum span between
- 4°F (2.2°C)
Flexibility:
- The TS300 allows the end-user to independently program local and remote temperature probes in accordance with varying environmental requirements
Audible Alarm with Silence Timeout:
- The TS300 is equipped with an audible alarm which sounds once the temperature at an enabled sensor varies outside of its defined limits. The TS300 allows users to designate a "time-out" time. With the touch of a button, users may silence a sounding alarm for a period of time
Versatility:
- The TS300 is a dual temperature sensor that has the capacity to simultaneously monitor both local and remote temperature probes
Programmable Alarm Delay:
- Designed to reduce the occurrence of nuisance alarms during temporary conditions, this feature allows the user to delay the sounding of the alarm for a designated period of time. Routine task, which may cause the temperature to rise above or fall below the programmed alarm point, may be completed without generating an alarm
Alarm Memory:
- Up to eight events are stored in memory. An alarm event is one where the relay output was activated
Programmable Hysteresis:
- Temporary conditions often influence the gradual rise and fall of temperatures around the alarm point. Under such conditions, conventional sensors generate multiple alarms and restore messages. With the Programmable Hysteresis feature, an alarm is generated only the first time the temperature reaches the alarm point. As long as the temperature fluctuates within the "Hysteresis Range", no subsequent alarms will be transmitted until the environment has reached the predetermined restore temperature