A Sola-Boost wall controller connected to a BMS can provide temperature, override and optional CO2 information.

A Windcatcher wall controller connected to a BMS can provide temperature, override and optional CO2 information. The wall mounted controller is connected to the BMS via a three core cable.

A Windcatcher X-Air wall controller connected to a BMS can provide temperature, override and optional CO2 information. The wall mounted controller is connected to the BMS via a three core cable.

This Cimetrics EasyBAC module plugs into the Cool-phase control board and interfaces with the on-board microcontroller to provide visibility of the Cool-phase system on the BACnet. Each unit has its own unique IP address on the BACnet. Multiple Cool-phase units in one room may be linked in a Master/Slave configuration. The BACnet module requires an RJ45 Ethernet connection (by others).

This module plugs into the control board and interfaces with the on-board microcontroller to provide visibility of the Cool-phase system on the Modbus RTU. Each system has its own unique Modbus number. Multiple Cool-phase in one room may be linked in a Master/Slave configuration. The MODBUS module requires a 1.5 or 2 pair shielded cable (supplied and installed by others) daisy chained between each Modbus module.

This module allows an iNVent 2 system to be installed on to a BACnet/IP network and provides visibility of the control panel inputs and outputs.

This module allows an iNVent 2 system to be installed on to a Modbus RTU network and provides visibility of the system state on the master Modbus device.

This module allows a HTM F system to be installed on to a BACnet/ IP network and makes a number of system variables visible.

This module plugs into the control board and interfaces with the on-board microcontroller to provide visibility of the HTM F system on the Modbus RTU via a half-duplex RS485 link. Each HTM F unit has its own unique Modbus number. The HTM F units are usually linked in a Master/Slave configuration. The modules are connected via a 1.5 or 2 pair shielded cable (supplied and installed by others) daisy chained between them.

This Cimetrics EasyBAC module plugs into the control board and interfaces with the on- board micro-controller to provide visibility of the HTM F-H system on the BACnet. Each HTM F-H unit has a unique IP address. Multiple units may be linked in a Primary/Secondary configuration. The module requires an RJ45 Ethernet (by others) from the BACnet/IP network to the Primary HTM F-H unit.

The Cimetrics EasyBAC module plugs into the control board and interfaces with the on-board microcontroller to provide visibility of the HTM FS pair on the BACnet. Each HTM FS pair has its own unique IP address. Multiple HTM FS pairs in one room may be linked in a Master/Slave configuration to form one system. For full visibility, a BACnet module is required in each Master unit. The BACnet module requires an RJ45 Ethernet connection (by others) to the Master HTM FS unit.

This module allows a HTM FS system to be installed on to a Modbus RTU network and makes a number of system variables visible to the master Modbus device.

The Cimetrics EasyBAC module plugs into the control board and interfaces with the on-board microcontroller to provide visibility of the HTM FS-C system on the BACnet. Each HTM FS-C unit has its own unique IP address. Where multiple HTM FS-C pairs are located in one room, they may be linked in a Master/Slave configuration to form one system. For full visibility, a BACnet module is required in each primary unit. The BACnet module requires an RJ45 Ethernet connection (by others) to the primary HTM FS-C unit.

This module plugs into the control board and interfaces with the on-board microcontroller to provide visibility of the HTM FS-C system on the Modbus RTU. Each HTM FS-C unit has a unique Modbus number. The HTM FS-C units are usually linked in a Master/Slave configuration to form one system and only the master unit is connected to the Modbus network. The modules are connected via a 1.5 or 2 pair shielded cable (supplied and installed by others) daisy chained between them.

The Cimetrics EasyBAC module plugs into the control board and interfaces with the on-board microcontroller to provide visibility of the HTM FS-H system on the BACnet. Each HTM FS-H unit has its own unique IP address. Where multiple HTM FS-H pairs are located in one room, the pairs may be linked in a Master/Slave configuration to form one system. For full visibility, a BACnet module will be required in each primary unit. The BACnet module requires an RJ45 Ethernet connection (by others) to the primary HTM FS-H unit.

This module plugs into the control board and interfaces with the on-board microcontroller to provide visibility of the HTM FS-H system on the Modbus RTU. Each HTM FS-H unit has its own unique Modbus number. The HTM FS-H units are usually linked in a Master/Slave configuration to form one system and only the master unit will be connected to the Modbus network.

The modules are connected via a 1.5 or 2 pair shielded cable (supplied and installed by others) daisy chained between them.

The Cimetrics EasyBAC module plugs into the control board and interfaces with the on- board micro-controller to provide visibility of the HTM FT system on the BACnet. Each HTM FT unit has its own unique IP address. Where multiple HTM FT units are located in one room, the units may be linked in a Primary/Secondary configuration to form one system. Here, the primary unit collates and shares information from the secondary unit with the BACnet. The BACnet module requires an RJ45 Ethernet connection (by others) from the BACnet/IP network to the Primary HTM FT unit.

The module plugs into the control board and interfaces with the on-board microcontroller to provide visibility of the HTM FT system on the Modbus RTU. Each HTM FT unit has its own unique Modbus number. The HTM FT units are usually linked in a Master/Slave configuration to form one system. In this instance the master unit will be the only system connected to the Modbus network. The modules are connected via a 1.5 or 2 pair shielded cable (supplied and installed by others) daisy chained between them.

The Cimetrics EasyBAC module plugs into the control board and interfaces with the on-board microcontroller to provide visibility of the HTM FT-H system on the BACnet. Each HTM FT-H unit has its own unique IP address. Where multiple HTM FT-H units are located in one room, the HTM FT-H units may be linked in a Primary/Secondary configuration to form one system. Here, the primary unit collates and shares information from the secondary unit with the BACnet. The BACnet module requires an RJ45 Ethernet connection (by others) from the BACnet/IP network to the Primary HTM FT-H unit.

This module plugs into the control board and interfaces with the on-board microcontroller to provide visibility of the HTM FT-H system on the Modbus RTU. Each HTM FT-H unit has its own unique Modbus number. The HTM FT-H units are usually linked in a Master/Slave configuration to form one system. In this instance the master unit will be the only system connected to the Modbus network. The modules are connected via a 1.5 or 2 pair shielded cable (supplied and installed by others) daisy chained between them.