Through Beam Sensors

Banner Engineering IAT26SMTAM900 is a fiber sensor belonging to the Glass fiber series, designed with a diffuse-reflective system for individual fiber side/right-angled sensing. It features a cylindrical (threaded) end tip made from stainless steel, with the sensing part composed of glass fiber and a stainless steel monocoil. The sensor has a length of 6ft (2m) and a diameter of 3.2mm for the fiber core. It is built to operate in ambient air temperatures up to +480°C.

Banner Engineering IAT23SM6MST is a fiber sensor belonging to the Glass fiber series, designed with a diffuse-reflective system for individual fiber side/right-angled sensing. It features a cylindrical (threaded) end tip made from stainless steel, with the sensing end composed of glass fiber and a stainless steel monocoil. The sensor has a length of 3ft (910mm) and a diameter of 3.2mm for the fiber core. It is capable of operating in ambient air temperatures up to +249°C.

Banner Engineering IAT23SMTA.3M.5 is a fiber sensor belonging to the Glass fiber series, designed with a diffuse-reflective system for individual fiber side / right-angled sensing. This sensor features a cylindrical (threaded) end tip made of brass, with the sensing element composed of glass fiber and protected by a stainless steel monocoil. It has a length of 3ft / 910mm and a diameter of 3.2mm for the fiber core. The sensor is specified for operation in ambient air temperatures up to +249°C.

Banner Engineering IAT230SM900 is a fiber sensor belonging to the Glass fiber series, designed with a diffuse-reflective system for individual fiber side/right-angled sensing. It features a cylindrical (threaded) end tip made from stainless steel, with the sensing end composed of glass fiber and a stainless steel monocoil. The sensor has a length of 30ft (9m) and a diameter of 3.2mm for the fiber core. It is built to operate in ambient air temperatures up to +480°C.

Banner Engineering IAT212SM900 is a fiber sensor belonging to the Glass fiber series, designed with a diffuse-reflective system for individual fiber side / right-angled sensing. It features a cylindrical (threaded) end tip made from stainless steel, with the sensing part composed of glass fiber encased in a stainless steel monocoil. The sensor has a length of 12ft (3.6m) and a diameter of 3.2mm for the fiber core. It is capable of operating in ambient air temperatures up to +480°C.

Banner Engineering IAT2.515S is a fiber optic sensor from the Glass fiber series, designed with a diffuse-reflective system for individual fiber side and right-angled sensing. It features a cylindrical (threaded) end tip made of glass fiber, with a length of 15ft (4.5m) and a 4mm fiber core diameter.

Banner Engineering IAT18S is a fiber sensor belonging to the Glass fiber series, designed with a diffuse-reflective system for individual fiber side / right-angled sensing. It features a cylindrical (threaded) end tip made from brass, with the sensing element composed of glass fiber and a stainless steel monocoil for durability. The sensor has a length of 8ft (2.44m) and a diameter of 1.6mm for the fiber core. It is capable of operating in ambient air temperatures up to +249°C.

Banner Engineering IAT.66.5ST5MTA is a fiber sensor belonging to the Glass fiber series, designed with a diffuse-reflective system for individual fiber side/right-angled sensing. It features a cylindrical (threaded) end tip made from stainless steel, with the sensing end and monocoil also constructed from stainless steel, while the fiber core is made of glass fiber. The sensor has a length of 6.5ft (2m) and a diameter of 1.1mm for the fiber core. It is designed to operate in ambient air temperatures up to +249°C.

Banner Engineering TTETA2.53S, part of the Glass fiber series, is a fiber optic sensor designed with glass fiber material. This automation component specializes in detecting and transmitting light through its glass fiber construction for various sensing applications.

Banner Engineering TGRMSSMCG-10, part of the Glass fiber series, is an in-line sensing fiber optic sensor designed for automation applications. This sensor is constructed from glass fiber material, ensuring compatibility with a wide range of industrial environments where fiber optic sensing is required.