The GWCH-30T-Z6M and GWCH-30T-ZM-A are compatible with a 30mm cage system, suitable for building compact systems. Both the incident and exit surfaces of the mirror frame feature an SM1 threaded hole, compatible with Ø25.4mm lens barrels. The inclined surface is used to mount optical elements with a minimum thickness of 3mm in Ø25.4mm, secured by a locking screw. It comes with three adjusters, enabling ±3º pitch and tilt angle adjustments, as well as ±2.5mm linear displacement adjustment. The incident and exit surfaces are perpendicular to each other. A coaxial mounting method with a Ø6mm rod is provided for both the incident and exit surfaces. The GWCH-30T-ZM-A has a locking function, while the GWCH-30T-Z6M does not have this feature.
The GWCH-60T-Z6M and GWCH-60T-ZM-A are compatible with a 60mm cage system, suitable for building compact systems. Both the front and rear surfaces of the mirror frame feature an SM2 threaded hole, allowing compatibility with SM2 lens sleeves. The inclined surface is designed to mount Ø50.8mm optical elements with a minimum thickness of 6mm, secured by a locking screw. It comes with three adjusters that enable ±4º pitch and tilt angle adjustments, Dimensional Drawings of 45° Install the adjustment frame as well as ±3mm linear displacement. The front and rear surfaces are perpendicular to each other. Two of the adjusters have knobs, while the third adjuster has a hex socket at its end. All three adjusters can be adjusted using a 2mm hex key. The top and bottom surfaces have M4 mounting threads (three in total), suitable for installing optical rods.
| GWCH-30T-Z6M and GWCH-30T-ZM-A are suitable for the installation of optical elements with a minimum thickness of Ø25.4mm 3mm, where GWCH-30T-ZM-A has a locking function; |
| GWCH-60T-Z6M and GWCH-60T-ZM-A are suitable for the installation of optical elements with a minimum thickness of Ø50.8 mm and 6mm; |
| ±4° pitch and tilt adjustment, linear displacement ±2.5mm； |
| The Optic cage system right-angle mirror frame is suitable for mounting the mirror at an Angle of 45° relative to the optical axis. |
