T600xxP-4 and T600xxP-4+PIR Series Programmable Thermostat Controllers are specifically designed for control of single-stage, multi-stage, and heat pump commercial heating and cooling equipment. The T...
T600xxP-4 and T600xxP-4+PIR Series Programmable Thermostat Controllers are specifically designed for control of single-stage, multi-stage, and heat pump commercial heating and cooling equipment. The T600xxP-4 and T600xxP-4+PIR Series Thermostat Controllers are also specifically designed for control of rooftop units (with and without economizers). (The T600xxN-4 and T600xxN-4+PIR Series Non-programmable).
Tabela doboru produktu
Model | Description | Onboard Occupancy Sensor |
Applications |
Programmable | |||
T600HCP-4 | single-stage | no | fan coil units, unit heaters and single-stage packaged, heating/cooling equipment |
T600HCP-4+PIR | single-stage | yes | fan coil units, unit heaters and single-stage packaged, heating/cooling equipment |
T600HPP-4 | heat pump | no | heat pump with up to 3 heating/2 cooling stages |
T600HPP-4+PIR | heat pump | yes | heat pump with up to 3 heating/2 cooling stages |
T600MEP-4 | economizer | no | packaged rooftop units with economizers |
T600MEP-4+PIR | economizer | yes | packaged rooftop units with economizers |
T600MSP-4 | multi-stage | no | multi-stage packaged heating/cooling equipment |
T600MSP-4+PIR | multi-stage | yes | multi-stage packaged heating/cooling equipment |
Non-Programmable | |||
T600HCN-4 | single-stage | no | fan coil units, unit heaters and single-stage packaged, heating/cooling equipment |
T600HCN-4+PIR | single-stage | yes | fan coil units, unit heaters and single-stage packaged, heating/cooling equipment |
T600HPN-4 | heat pump | no | heat pump with up to 3 heating/2 cooling stages |
T600HPN-4+PIR | heat pump | yes | heat pump with up to 3 heating/2 cooling stages |
T600MSN-4 | multi-stage | no | multi-stage packaged heating/cooling equipment |
T600MSN-4+PIR | multi-stage | yes | multi-stage packaged heating/cooling equipment |
These are stand-alone devices that maximize up to 30% energy savings in high-energy usage light commercial buildings, such as schools and hotels, during occupied times by using additional setpoint strategies.