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Repeater 820nm - 1300nm

7XV5452-0AA00 for multi mode fibre

Operating Instructions

Summary of Contents for 7XV5452-0AA00

Page 1: ...s Repeater 820nm 1300nm 7XV5452 0AA00 for multi mode fibre Operating Instructions ...

Page 2: ...il on all types of the described product and also every possible case regarding installation operation or maintenance If further information is desired or in case special problems should arise which are not treated adequately in this document it is possible to obtain additional details from the local Siemens office or from the addresses stated in the back of this manual Additionally we point out t...

Page 3: ...ar as it deals with operational aspects commissioning and service personnel having adequate training and qualification to repair this type of automation equipment and or having authorization to commission release ground and tag devices systems and electrical circuits Explanation of symbols used V Read the operating instructions operation by qualified personnel only Double insulation V Warning When...

Page 4: ... a distance of typically 5 km General Data The optical repeater has a plastic housing that can be snapped onto a mounting rail The 1300 nm optical interface is equipped with BFOC connectors Delivery of the 820 nm 1300 nm converter 820 nm interface with FSMA connectors 7XV5452 0AA00 The auxiliary power supply is fed in via two terminals Because of its extremely wide auxiliary voltage range DC 24 25...

Page 5: ...ltimode fiber 62 5 125 µm is 1 5km 3 5m with plastic fiber 980 1000 µm 5 MBd 9 6kBd 1 3 Technische Daten Mechanical Design Housing Dimensions Weight Degree of protection Housing Terminals Plastic EG90 see dimensional drawings approx 250 g acc to EN60529 IP 51 plastic IP 20 Auxiliary Power UH Rated input voltage DC voltage AC voltage Class of protection Power consumption DC voltage AC voltage DC 24...

Page 6: ...uts outputs FO connector Data flow indicator Fault indicatore Wavelength Injective power Sensitivity Optical budget Minimum distance Maximum baud rate Minimum baud rate 1 transmitter 1 receiver Delivery state Light OFF in idle state Transmitter HFBR 1315M Receiver HFBR 2315M BFOC ST Yellow LED receive Green LED 5 V o k 1300 nm min 19 5 dBm with Gradient fiber 62 5 125 µm min 16 dBm with Gradient f...

Page 7: ...duration 1 min 10 V 150 kHz to 80 MHz 80 AM 1 kHz 30 A m permanent 300 A m during 3 s 50 Hz Interference Immunity Tests IEC 255 22 product standard EN 50082 2 basic specification Immunity to radio frequency EM fields IEC 255 22 1 Class III VDE 0435 Part 303 Class III Immunity to electrostatic discharge ESD IEC 1000 4 2 Class III IEC 255 22 2 Class III EN 61000 4 2 Class III Radiated RF immunity un...

Page 8: ...n 10 g duration 16 ms 1000 shocks each in both directions of the 3 axes Mechanical Tests Vibration and shock test in stationary use Vibration IEC 255 21 1 Class 1 IEC 68 2 6 Shock IEC 255 21 2 Class 1 Seismic vibration IEC 255 21 3 Class 1 IEC 68 3 3 sinusoidal 10 Hz to 60 Hz 0 035 mm ampl 60 Hz 150 Hz Acceleration 0 5 g Frequency sweep 10 octaves min 20 cycles in 3 perpendicular axes semi sinusoi...

Page 9: ...mperature 3K8H Humidity 3K5 condensation possible 1 4 1 Terminals Assignment T FO transmitter R FO receiver X2 Supply voltage connection X5 Signalling contact X5 X2 1 4 Description of the Functional Unit The housed signal converter is a hard wired and tested functional unit It is provided with a snap on mounting device for a 35 mm DIN EN 50022 rail and with screw type terminals for safe connection...

Page 10: ... in idle state nm Rece Light ON in idle state 2 open off closed on Light OFF in idle state Transmit Light ON in idle state 820 nm T 3 offen off not assigned 4 offen off not assigned Tab 3 2 DIP switches bold factory setting 1 4 2 Switch Positions Pin Assignment Symbol X2 Pin 1 Power supply pin 1 L DC L AC L X2 Pin 2 Power supply pin 2 L DC L AC N X5 Pin 1 Relay contact pin 1 1 X5 Pin 2 Relay conta...

Page 11: ...L 820 LWL 1300 Repeater LWL 820nm LWL 820nm Optical 1300nm multi mode fiber L2 402 1A Max450 1A L3 402 1A Max450 1A L2 402 1A Max450 1A L3 402 1A Max450 1A K1 LWL Binary transmission BE1 BE2 K2 RS232 LWL 820 LWL 1300 Repeater L2 402 1A Max450 1A L3 402 1A Max450 1A L2 402 1A Max450 1A L3 402 1A Max450 1A K1 LWL Binary transmission BE1 BE2 K2 RS232 LWL 820 LWL 1300 Repeater 7XV5653 0AA00 Optical 13...

Page 12: ...sarily under dangerous tension Therefore noncompliance with the safety notices may cause severe bodily injury or property damage Only adequately qualified personnel may mount and connect the device In particular all warnings must be strictly adhered to Persons with eyeglasses or contact lenses should not look directly into the FO elements Warning 1 6 Mounting and Operation Warning L L 1 2 Repeater...

Page 13: ...e auxiliary power supply must be protected against short circuits by a fused external disconnector The selected fuse dimension depends on the cross section of the connecting wires The external disconnector must be identified appropriately Only FO cable assemblies of the specified types may be used For permissible types of FO cables please refer to the Technical Data The permissible optical budget ...

Page 14: ...respond to the values stated on the rating plate Do not modify the signal converter in any way whatsoever Snap the mounting device of the signal converter onto a DIN rail Connect the auxiliary power to terminals X2 1 DC L AC L and X2 2 DC L AC N Connect the FO cable assemblies with BFOC ST connectors to receiver R1 and transmitter T1 on the 1300 nm side and the FO cable assemblies with FSMA screw ...

Page 15: ...his product to Siemens AG Power Transmission and Distribution Protection and Substation Control Systems Postbox 4806 D 90026 Nürnberg Germany Phone 49 0 911 433 7028 Fax 49 0 911 433 8301 Order No G34924 K2110 U1 A1 Order G340B Printed in Germay ...

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