Fiber Optic Rotary Joint – WDFORJM Fiber Optic Slip Ring

Fiber Optic Slip Ring DWFORJM series is a dense channel product that can be selected as single mode, multi-mode, or a mixture of single and multi-mode, and there are products with environmental resistance (impact, vibration, high and low temperature) to choose from. It includes two expansion models, DWFORJMA model being a tail fiber outlet type and the DWFORJMB being a flange port.

The DWFORJMA type is a tail fiber outlet type, commonly used for 8 channels or more, and can up to 42 channels. DWFORJMB type is a flange port with no tail fiber output, 2-4 channels can be selected.

ParametersValues
No. Of Channels2-42 channels
Wavelength range850-1550nm
Insertion loss<4dB (23℃)
Insertion loss fluctuation<2dB
Return loss≥40dB
Maximum speed300 rpm
Working temperature-20℃ to 60℃ (-40℃ to 85℃ for optional)
Storage temperature-45℃ to 85℃
Estimated life cycle>100 million revolutions
IP ratingIP51 to IP 67
DWFORJMA drawing
DWFORJMA drawing
DWFORJMB drawing
DWFORJMB drawing
● No contact, no friction, long service life
● Can combine multiple signals such as video, series data, network data, etc
● Using optical fiber to transmit information, without leakage or electromagnetic interference
● The transmission bandwidth is greater than that of an electrical connector, and when used in conjunction with a wavelength division multiplexer, the bandwidth can be doubled
● Small size, light weight, convenient integration with electric slip rings, easy system upgrade and replacement
● Single channel fiber optic rotary connectors can be provided, and there are also options for dual channel, four channel, ten channel, or even more channel fiber optic rotary connectors available
● Can provide rotary connectors for optoelectronic integration
● Fiber optic transmission type is optional, and the number and type of power and signal channels can be selected
● Single mode or multimode, single or multi-channel
● Customizable appearance, optional shell material and drive connector
fiber optic rotary joint model description
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