Product Introduction:
Optical Terminal RS-232/485 of the Simple Fiber Model[Fiber Optic] is provided by Shanghai HuiJue Network Communications Equipment Co.,Ltd.,a major Fiber Optic Equipment supplier in Broadcast & Telecom wholesale industry in China.You can check out the specification of Optical Terminal RS-232/485 of the Simple Fiber Model[Fiber Optic] below or get any optional result clicking into the following keywords Optical Terminal and you can check the authentications and testimonials of Optical Terminal RS-232/485 of the Simple Fiber Model[Fiber Optic] .
Description:
External covers of product 2501 use the propitious mold of the industry of Jierui, support the type that installation hangs the installation of kneading of the board, the type installation of the track etc. The optical fiber door uses the door of the SC, RS232/485 like outer continuous power supply through 10 columns that tied with wire. This product surpassed the traditional RS232 that indicated to be far from short circuit, the inferior defect of the capacity ant jamming, also has solved simultaneously the electromagnetic interference, the disturbance of the connection and the difficult problem of the big wave of the electricity, heightened the trustworthiness of the data communication, the security and the secret greatly
Optical Terminal RS-232/485 of the Simple Fiber Model[Fiber Optic]
Fiber Optic:Parameterization for the optimization of the treatment
Power plant: +9~+24VDC or +5VDC can choose
the electricity: RS232, RS485 and the power plant are 10 columns that tie with wire
Elucidate: 0~115.2kbps automobile-adapted
light: door SC
the one of optical fiber: 9/125um chooses 62.5/125um model or 50/125um multi-molds
Longitude of wave: 1310nm or 850nm
Energies luminous of the launching: -15dBm
Sense of slight reception: -32dBm
Distance of the transmission: 2Km (multi-it molds) 20KM (single model)
Tariff of error: 10-9
Dimensions: 10270 (mm)
Weight: 200g
Temperature of function: -20~+75
Humidity: 0~95%
Optical Terminal RS-232/485 of the Simple Fiber Model[Fiber Optic]