VIDEO POWER SUPPLY ref no. 1752/20D

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1 DIGITAL CALL SYSTEM VIDEO POWER SUPPLY ref no. 52/2D 2..25r.

2 POWER SUPPLY REF. NO. 52/2D GENERAL FORMATIONS / USER MANUAL VIDEO POWER SUPPLY REF. NO 52/2D MAG GL RJ5 connector output of main bus data WE DOD RJ5 connector input of secondary bus data from power supply ref. no. 52/3R 33R GENERAL FORMATIONS Video Power Supply Ref. no. 52 / 2D is designed for installations of MATIBUS SE system with the video. The main features include: Ensuring energy efficiency for video installations, Commutation main bus data connections and the secondary bus data for rise I and II. The ability to integrate video amplifier regulated to the risers. The ability to quickly connect up to 3 panels keyboard input, additional or principal. In addition, the power supply has a green LED indicating connection status to the mains. CONSTRUCTION DESCRIPTION OF TERMAL BOARD ~V Input voltage ~V ~23V Input voltage ~23V R LU P P2 P3 Camera power positive output,3 VDC Camera power ground RJ2 connector for riser LU RJ2 connector for riser RJ5 connector input panel no. RJ5 connector input panel no.2 RJ5 connector input panel no.3 MAG GL RJ5 connector input of main bus data WE GL USER MANUAL RJ5 connector input of main bus data from power supply ref. no. 52/3R 33R JUMPERS P, P2, P3, TER i AMP In the power supply 52 / 2D panels can be easily change from the main bus data to secondary bus data and vice versa. To do this, attach a suitable jumper P, P2 and P3, respectively, for the panel, 2 and 3.Then the data line, audio and video signal will be automatically redirected to the correct bus data. No jumper means panel working on the secondary bus data, Established jumper means panel working on the main bus data The jumper marked TER is permanently turn on termination video signal in the main bus data. The jumper labeled as AMP permanently turn on video amplifier to both divisions. VIDEO AMPLIFIER The amplifier can increase the range of video transmission in the risers and 2. At longer distances, switching amplifier improves the quality of the video signal. Switching amplifier is performed by setting jumper AMP. TECHNICAL DATA Supply: Power: Output voltage of, R: Working temperature: Power security: Dimensions: Weight: Length Width Thickness 23 VAC 6VA,3V / 2,5A DC -5 C +5 C thermal mm mm 5 mm,5kg The length matches to D modules.

POWER SUPPLY REF. NO. 52/2D ASSEMBLY AND CONNECTIONS STRUCTIONS FOR CONNECTIONS RJ5 connectors on the both sides of wires should be installed on T-56 standard.

3 POWER SUPPLY REF. NO. 52/2D ASSEMBLY AND CONNECTIONS STRUCTIONS FOR CONNECTIONS RJ5 connectors on the both sides of wires should be installed on T-56 standard. The list of wires colors and their corresponding pin standard T-56 shown in the figure below: No. Color Orange-white 2 Orange 3 Green-white Blue 5 Blue-white 6 Green Brown-white Brown For connecting the risers with Dys-Dek 52/5RM use RJ2 connectors plug (6P6C). The list of wires colors and their corresponding pins shown in the table below: No. Color Green-white 2 Orange-white 3 Blue Blue-white 5 Orange 6 Green A of brown color-coded wires should be connected to terminals: R Brown-white Brown. The list of connectors, wires colors and their corresponding pins shown in the table below: Connectors LU i (RJ2). Green-white L 2 Orange-white VB Line B twisted 3 Blue Positive (+) video power supply (+V DC) Blue-white R Ground video power supply 5 Orange VA Line A twisted 6 Green LU Line of On the second end of this wire should be installed plug RJ5 using T-56 standard. Plug with RJ5 connect to Dys-Dek ref. No. 52/5RM. Connectors WE DOD (RJ5). Orange-white L LU 2 Orange LU Line of LU 3 Green-white L sound Blue DD+ secondary bus data DG+ 5 Blue-white DD- secondary bus data DG- 6 Green LD Line of sound for secondary bus data Brown-white L Brown Line of The second end of this wire should be connected to power supply ref. No. 52/3R 33R.

4 POWER SUPPLY REF. NO. 52/2D ASSEMBLY AND CONNECTIONS Connectors WE GL (RJ5). Orange-white - Not connected 2 Orange - Not connected 3 Green-white L Blue DG+ main bus data DG+ 5 Blue-white DG- main bus data DG- 6 Green Line of sound for main bus data Brown-white EO Switching the video signal from the main bus data to the riser Brown - Not connected The second end of this wire should be connected to power supply ref. No. 52/3R 33R. Connectors MAG GL (RJ5). Orange-white VB Line B twisted 2 Orange VA Line A twisted 3 Green-white L sound Blue DG+ main bus data DG+ 5 Blue-white DG- main bus data DG- 6 Green Line of sound for main bus data Brown-white R Ground video power supply Brown R Ground video power supply The second end of this wire should be connected to next power supply ref. No. 52/2D. Connectors P, P2 i P3 (RJ5). Orange-white VB Line B twisted 2 Orange VA Line A twisted 3 Green-white L sound Blue DG+ bus data DG+ 5 Blue-white DG- bus data DG- 6 Green Line of sound Brown-white R/ Ground video power supply Brown R Switching camera The second end of this wire should be connected to panel with camera module for ex. 52/D. WAY TRANSMISION OF SIGNAL VIDEO THE SYSTEM In the complex video installations, it is recommended that the video signal from the panels pinned in the main bus leading distribute from the space located in the middle of the system, so that the video signal has unidirectional character. This method is illustrated on Fig. a. Suppose that the total length of the bus data video denoted as S, then: S = A + A2 + + An + B + B2 + + Bn + C lub; S = A + A2 + + An + B + B2 + + Bn + C2 lub; S = A + A2 + + An + B + B2 + + Bn + Cn. In the case where the video bus data length S exceeds 25m use the video distributor Ref. 55/. How to connect the distributor Ref. 55/ is shown in Fig. b. MONTAGE The power supply is mounted on a D rail or screwed to the substrate using two screws or bolts minimum dimensions Ø / 5mm Fig. 3. The method of mounting the power supply is shown in Figure a and b. To mount the power supply for D rail use a flat screwdriver to pull the pin locking, then put the power supply on a D rail, then release the pin. After mounting the power supply on the rail, you can protect it against dismantling by fusing the pin with the casing using bolt and nut dimensions Ø / 36mm. The protection method shown in Figure 2.

5 POWER SUPPLY REF. NO. 52/2D ASSEMBLY AND CONNECTIONS Fig. a The method of mounting the power supply on rail (pull the pin). ELECTRICAL CONNECTIONS Electrical connections should be performed by a person with knowledge of the basic issues of electrical engineering. All connections should be made in accordance with the attached schedule, and with disconnected power supply. The building installation should include, multipole connector adapter with at least 3 mm spacing between all poles. The supply voltage must be accompanied only after all connections and the protective cover after screwing supply terminals. Rys. b The method of mounting the power supply on rail (release the pin). Rys. 2 Protect against dismantling by fusing the pin with the casing Rys.3 Screwing to the substrate using two screws or bolts

6 lub zatwierdź przyciskiem... Błędy kasuj przyciskiem... wciśnij... i zatwierdź przyciskiem... Wybi erz numer lokalu lub zatwierdź przyciskiem... B łędy kasuj przyciskiem... A by otworzyć drzwi wciśnij... i zatwierdź przyciski em... POWER SUPPLY REF. NO. 52/2D DOORPHONE SYSTEM MASTER / SLAVE CONNECTION WITH POWER SUPPLY 52/2D do następnych Dysdeków k Y Y2 X X2 CA 2 6 NIEBIESKI BRĄZOWO-BIAŁY BRĄZOWY NIEBIESKO-BIAŁY UTP KAT 6 UTP KAT 6 C D RISER 3DC 3DD R 3DB 3DA RISER B A UTP kat.6 UTP (x2x.5 kat.5e) C D RISER 3DC 3DD R k Y Y2 X X2 CA 2 6 R V3 RD NIEBIESKI BRĄZOWO-BIAŁY BRĄZOWY NIEBIESKO-BIAŁY 3DB B 3DA RISER A UTP (x2x.5 kat.5e) UTP KAT 6 UTP kat.6 do następnego zasilacza 52/2D (RJ5) UTP (x2x.5 kat.5e lub UTP 6) L DG+ DG- LU L L LD L DD+ DD- MAG GŁ WE GŁ (RJ5) (RJ5) LU (RJ2) (RJ2) (RJ5) MAG GŁ UTP (x2x.5 kat.5e lub UTP 6) (RJ5) do następnego zasilacza 52/2D AC AC2 +2 L WE DOD (RJ5) ~ ~23 R (RJ5) (RJ5) (RJ5) P P2 P3 P OFF P2 OFF P3 ON EO EI OC OC2 ~ ~23 UTP (x2x.5 kat.5e lub UTP 6) UTP (x2x.5 kat.5e lub UTP 6) (RJ5) R do następnego panela 52/D D (D+) D- AC PH AC2 +V EXI L NC C NO +CL -CL SPK black R red DODATKOWE STEROWANIE NP. BRAMY AUTOMATYCZNEJ ELEKTROZACZEP ~ ~2 +2 L ~ ~23 D (D+) D- AC AC2 +V L R SPK red black PH EXI NC C NO +CL -CL DODATKOWE STEROWANIE NP. BRAMY AUTOMATYCZNEJ ELEKTROZACZEP R SKR A AVDD R SKR A AVDD VA VB KAMERA VA VB KAMERA

7 lubzatwierdź przyciskiem... Błędy kasuj przyciskiem... wciśnij... wprowadź kodotwarcia i zatwierdź przyciskiem... i poczekaj napołączenie lub zatwierdź przyciskiem... Błędy kasuj przyciskiem... wciśnij... i zatwierdź przyciskiem... lub zatwierdź przyciskiem.. Błędy kasuj przyciskiem... wciśnij... wprowadź kodotwarcia i zatwierdź przyciskiem... ipoczekaj napołączenie lub zatwierdź przyciskiem... Błędy kasuj przyciskiem... wciśnij... izatwierdź przyciskiem... lub zatwierdź przyciskiem.. Błędy kasuj przyciskiem... wciśnij... wprowadź kodotwarcia i zatwierdź przyciskiem... ipoczekaj napołączenie lubzatwierdź przyciskiem... Błędy kasuj przyciskiem... wciśnij... izatwierdź przyciskiem... lub zatwierdź przyciskiem.. Błędy kasuj przyciskiem... wciśnij... i zatwierdź przyciskiem... lubzatwierdź przyciskiem... Błędy kasuj przyciskiem... wciśnij... wprowadź kodotwarcia i zatwierdź przyciskiem... ipoczekaj na połączenie lubzatwierdź przyciskiem... Błędy kasuj przyciskiem... wciśnij... izatwierdź przyciskiem... ZASILACZ NR REF. 52/2D WAY TRANSMISION OF SIGNAL VIDEO THE SYSTEM Fig.a 2 x 2? R A B III R A IV B 2 x 2? DO NASTĘPNEGO ZASILACZA 52/2D A B I A II B DO NASTĘPNEGO ZASILACZA 52/2D R A B R MAG GL ON TER Fig. b

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