Signamax Keystone Industrial DIN-Rail Mounting Modules afford an opportunity to combine advantages of regular keystone jack de-sign and transmission performance with simplicity and usability of industrial DIN-rail mounting systems.
State-of-the-art module's design provides all kinds of features usually found in office work area solutions, - universal labeling, pro-tection covers, "front access," "gravity compensation" for patch cords along with such important for the industrial applications aspects as toolless mounting and replacement of connector modules, quick access to any part of the assembly. Additionally, modules allow installing screened jacks without any extra efforts, parts, and tools.
Designed for standard 35-mm wide DIN rails
Side lids are removable facilitating installation of several modules in one continuous row
Accommodates all Signamax keystone jacks up to 17 mm (0.67 in) wide
Metal spring serves two purposes - secure retention of all keystone jack types, and grounding contact and path for screened jacks
Clear plastic labeling window
Front hinged hatch protects keystone jack from damage and contamination when it is not used
Swinging cassette with latching mechanism allows quick and easy installation and removal of the keystone jack
Installation does not require special tools or threaded fastening - the module snaps-on the DIN rail
Cable entry points are equipped with noses supporting required cable bend radii and protecting cables from deformation
Equipment or patch cord connection angle provides for cord stress compensation caused by the cord's weight
CONSTRUCTION
Housing: high impact thermoplastic, UL94V-0 fire retardant
Jack spring wire: bronze alloy
MECHANICAL
DIN rail: 35 mm (1.378 in)
Keystone module width: 17 mm (0.669 in) max
MOUNTING DIMENSIONS
KI-DIN-RMM-SL:
D 67.5 mm H 70.5 mm W 21.0 mm
D 2.66 in H 2.78 in W 0.83 in
KI-DIN-RMM:
D 67.50 mm H 70.50 mm W 18.0 mm
D 2.66 in H 2.78 in W 0.71 in
ENVIRONMENTAL CONDITIONS
Storage: -40 °C-+70 °C (-40 °F-+158 °F)
Operation: -10 °C-+60 °C (+14 °F-+140 °F)
RH (operation): max non-condensing 93 %