Panasonic Color Cctv Camera Wv Cw974 Operating Instructions
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-11- Construction Ensuring Trouble-free Operation • This camera uses a “slip ring” for transmission of electrical power and signals. A dirty slip ring can cause deterioration of picture quality during panning and generation of noise. In order to ensure trouble-free camera operation, make sure that the cleaning function (page 40) is turned on. • If cleaning the slip ring does not eliminate poor picture quality and noise, it could mean that the slip ring has reached the end of its service life. Contact a qualified service person or system installer to have it replaced. Alarm Input Connector Alarm Output Connector Video Output Connector Data Port Attachment Pipe Upper Base Rear sun shield (provided) Front sun shield (provided) Sun shield (pre-attached at factory) Dome cover (do not remove) Lens The lens cannot replaced. Camera Safety Wire Power Cord for Heater Power Connector 87$8@&/RYE1.
Dip switch settings In a configuration, the cameras RS485 data port is used for camera control by the system controller, the cameras DIP switches must be configured to specify the unit number and communication parameters. You need to set the DIP switches before installing the camera in the ceiling or on a wall. Important: Do not adjust the DIP switches if you are using a coaxial multiplex system, leave them off. ■Communication Parameters (DIP Switch 2) The factory default settings are all OFF. Switch 1:Terminator (Internal Termination Resistance) Set to ON in the following situations. • When only one camera is connected. • When only one camera is connected via a daisy chain over a long distance. Switches 2 to 4:Communication Parameters This setting toggles between 2-line and 4-line communication. Use these switches to select the communication protocol being used. 1234 ON Terminator Communication Parameters 1234 ON 4-line Communication 1234 ON 2-line Communication -12- 1. Attaching and removing the Upper Base Refer to the installation manual of the mounting brackets sold separately for installation for removing the Upper Base. 2. Remove the protective sticker from the top of the sun shield. (Keep the protective sticker for in step 4.) The DIP switches can be set now.3. Set the DIP switches as the following: Communication parameters: Set with switch 2 Unit number: Set with switch 1 4. Put the protective sticker back over the DIP switches. RS485Setting START DIP SW1 ON 1 23 45 6 78 DIP SW2 O N 1234 S W1SW2 Camera top view Protective Sticker DIP Switch 87$8@&/RYE1.
-13- ■Unit Number (DIP Switch 1) The factory default settings of these DIP switches are all OFF. (Coaxial Multiplex System) Table-1 1234 ON 5678 DIP Switch 1Unit Number 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 DIP Switch 1Unit NumberDIP Switch 1Unit Number 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 2223 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 4546 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1 ~ 96 (page 14 Note) 87$8@&/RYE1.
-14- Notes: • When using the Unit Number “1 ~ 96” setting, the unit number setting needs to be configured using the RS485 SET UP menu. For details about configuring this setting, see step 2 on page 20. • Turning on power when this setting is selected causes the RS485 SET UP menu to appear during the initialization routine. 1234 ON 5678 DIP Switch 1Unit Number 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 DIP Switch 1Unit NumberDIP Switch 1Unit Number 69 70 71 72 73 74 75 76 7778 79 80 81 82 83 84 85 8687 88 89 90 91 92 93 94 951234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 5678 1234 ON 567 8 ■RS485 Communication Parameters (DIP Switch 1) Configuring DIP Switch 1 as shown below resets communication parameters to their factory default settings. You can then change the settings as desired. Table-2 1234 ON 5678 DIP Switch 1 Setting Description 1234 ON 5678 1234ON5678 1234 ON 5678 This setting resets communication parameters to the factory default settings. BAUD RATE : 19 200 bit/s, DATA BIT : 8 bit, PARITY CHECK : NONE, STOP BIT : 1 bit BAUD RATE : 9 600 bit/s, DATA BIT : 8 bit, PARITY CHECK : NONE, STOP BIT : 1 bit BAUD RATE : 4 800 bit/s, DATA BIT : 8 bit, PARITY CHECK : NONE, STOP BIT : 1 bit ON ■Procedure to setup dip switch 1 (1) Turn off the camera and use DIP Switch 1 to configure RS485 Communication Parameters as shown in Table-2. (2) Turn on the camera. This applies the setting you configured in step (1). (3) Turn off the camera, use DIP Switch 1 to set the unit number (as shown in Table-1), and then turn the camera back on again. 87$8@&/RYE1.
Camera installation -15- ■Mounting the Camera Ceiling mount The figure shows an example of the camera mounted on a ceiling with a locally procured bracket. Refer to the instructions included with the bracket for filling gaps and holes with waterproof material. ●Construction ●Assemble procedure 1. Preparations (1) Procure a ceiling mount bracket. (2) To prevent the camera from falling, use a mounting a bracket to which a safety wire can be attached. (3) Installation Surface Caution:Consult an expert on the load bearing capacity of the installation surface and structure. If the surface is not strong enough, the camera may fall down. Refer to the product specifications for weights. Prepare appropriate hardware (e.g. wall nuts, anchor bolts, etc.) for fixing on the installation surface. 2. Disassembling the Camera (1) Remove the upper base from the camera by loosening 3 screws. The screws that are removed need to be used during reassembly. Be careful to not lose them. Turn the upper base and separate it. * Special screw (mounting screw): Use a hexagon wrench for the hexagon screw (M6). (2) Remove the attachment pipe from the upper base by loosening 4 screws. * Special screw (mounting screw): Use a hexagon wrench for the hexagon screw (M6). (Ø 58) (60) 25 8540 1-1/2A deep 30 MAX PT11 crest (parallel pipe thread)40 1-1/2B deep 30 MAX PT11 crest (taper pipe thread) x3 x4 87$8@&/RYE1.
4. Mounting the camera
(1) Aim the START arrow at the bent portion of the
leaf spring.
(2) Be sure to hook the fall prevention wire into the
bracket.
(3) Fix the camera to the upper base.
• Move the camera up so that its guide pins fit
into the guide holes of the upper base.
• Turn the camera counter-clockwise to the
end, viewed from the bottom.
• Fasten 3 screws (the screws that were
removed in step (1) of “2. Disassembling the
Camera”).
Caution:Tighten the three (3) mounting screws
for the upper base.
Recommended torque: Approximately 5.0
N/m {51 kgf cm}
Poorly tightened screws may result in water
leaking into the camera or possible fire.
3. Mounting the Bracket
(1) Fix the bracket to the installation surface using
appropriate bolts, nuts or the like (not supplied).
Make sure that everything is tightened securely.
(2) Fix the attachment pipe to the bracket.
(3) Thread cables through the bracket. Connect
cables, referring to CONNECTIONS.
Warning:Seal the cables with plastic or rubber
tape to prevent it from being exposed.
(4) Fix the upper base to the attachment pipe.
• Fasten 4 screws (the screws that were
removed in step (2) of 2. Disassembling the
Camera) making sure that REAR engraved
on the upper base faces the wall.
Recommended torque: Approximately 5.0
N/m {51 kgf cm}
• Fill the gap between the bracket and
attachment pipe with waterproof material
such as silicon clay. See instructions of the
bracket for details.
Warning:Carefully apply the sealing so that
water or moisture cannot get inside. If water
gets inside the camera it could cause a
shock or fire. Also, if moisture gets inside the
camera it could cause the dome to become
foggy.
Attachment Pipe
Cables
Upper Base
Upper Basex4 Screws Waterproof Material
START
Leaf SpringBending
Fall Prevention
Wire
x3 Screws
Enclosure
Upper Base
-16-
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■Installing the brackets
Refer to the installation guides provided with the
brackets.
■Attach the brackets to the camera
1. Put the waterproof caps (provided) onto the tops of
the screws.
■Attach the front and rear sun
shields (provided) to the camera
1. Hold the front and rear sun shields by the
indentations on the rims and release the hooks from
both sides to separate them.
A wire is attached to one side to prevent them from
being lost.
2. Hold the front and rear sun shields near the Upper
Base in position to be mounted.3. Before clamping the sun shield, close the front and
rear sun shields (first latch the hook on the wire
side, and then do the other side).
* Take care that the camera safety wire does not go
on the inside.
4. Align the arrow (
Ü) on the rear sun shield with the
START arrow (Ú) on the sun shield and then turn
them to the “LOCK” arrow (Ú) until they click.
5. Use the screws on the front/rear sun shields to
attach them to the camera.
Recommended tightening torque: 5.0 N/m {51 kgf
cm}
Note:To remove the front/rear sunshields from the
camera, do the above procedure in reverse.
Caution:The camera safety wire is designed to allow
the camera to hang from it. Do not apply force greater
than the weight of the camera to the wire.
-17-
Wire
Unhook Indented parts
Sun shield Camera
Safety wire
Align with this arrow
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Pin no. Power source
1
2
3
424 V AC LIVE
24 V AC NEUTRAL
Ground
Not use
Connections
-18-
RS485 Data PortAlarm Input ConnectorAlarm Output Connector
T(B)T(A)R(B)R(A)
Red
Orange
Yellow
GreenData
Tx
Data
Rx
(RJ-12)Alarm In 2 (Red) Alarm In 1 (Black)
GND (Brown)
Alarm In 3 (Yellow)
Alarm In 4 (Blue) GND (Orange)
GND (
Light Blue or Green)
GND (Violet)Alarm Out 2 (Pink) Alarm Out 1 (Grey)
GND (White)
GND (Light Green
or Light Blue)
Separate 2-wire
24 V AC
Coaxial Cable (5C-2V)*224 V AC Cable for camera 24 V AC Cable for Heater
RS485 Data Port
To VIDEO IN port
(CAMERA IN)
8P Alarm Cable (provided)
4P Alarm Cable (provided)To sensor, etc.
To buzzer,
display device, etc. To Matrix Switcher,
etc.
Video Output
Connector
Alarm Input
Connector
Alarm Output
ConnectorTwisted Pair Cable*1
(BNC)
(RJ-12)
*1: For twisted pair cable, use shielded low-impedance cable with a thickness of at least AWG#22
(0.33 mm2).
*2: Keep the overall length of coaxial cable under 1200 meters (in the case of 5C-2V).
For details, see the operating instructions for the Panasonic system equipment you are going to
connect.
*3: Be sure to connect the grounding cable to ground.
Alarm In/Out Ratings
Alarm In :5 V DC pull-up input. Drive capacity of at
lease 0.2 mA required.
OFF :4 V DC minimum 5 V DC maximum,
or open
ON :1 V DC maximum or short
Alarm Out :Open collector output. 16 V DC, 100 mA
maximum drive capacity
OFF :Open
ON :100 mA maximum
* When connecting to an external device, set up the
system so the ratings are not exceeded.
Note:Do not turn off camera power within 30 seconds
after turning it on. Doing so can cause pan, tilt, zoom,
or focus to go out of position. Precautions
• The following connections should be made by qualified service personnel or system installers in accordance
with all local codes.
• Turn off the power at the fuse box before starting the installation work, or it so could result in fire, electric shock,
personal injury, and material damage.
#24
(0.22mm2) Copper wire size
(AWG)
Length
of cable
(approx.)(m)
(ft)#22
(0.33mm2)#20
(0.52mm2)#18
(0.83mm2)
20 30 45 75
65 100 160 260
• 24 V AC Power Supply Connection
Recommended wire gauge sizes for 24 V AC line
Accessory Connector Information
1 3
2 4
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-19-
ContactInsert UpAApprox.
3 mm {0.1}
Insert the wire until A position
and clamp the contacts.
Wire
Up
Contact
Wire
Approx.
3 mm {0.1}
Insert the wire until A position
and clamp the contacts.
ContactUp
Wire
How to Assemble the Cable with the Accessory
Connector
Strip back the cable jacket approx. 3 mm {0.1} and
separate the individual conductors.
Prepare the individual conductors for clamping. Use
MOLEX band tool part number 57027-5000 (for UL-
Style Cable UL1015) or 57026-5000 (for UL-Style
UL1007) for clamping the contacts.
After clamping the contacts, push them into the proper
holes in the accessory connector of this camera until
they snap in place.
Cautions:
• Shrinking the cable-entry seal is a one-time
procedure. Do not shrink the cable-entry seal until
ascertaining that the unit is functioning.
• CONNECT THIS TO 24 V AC CLASS 2 POWER
SUPPLY ONLY.
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RS485 setup The following procedure is to configure the RS485 setup when using the system controller to control the camera (pan, tilt, etc.) via the cameras data port. 1. Display the setup menu (page 24), move the cursor to COMMUNICATION O, and then press the CAM (SET) button. This will display the RS485 setup menu. 2. Check the unit number. (page 13) The UNIT NUMBER item shows the unit number specified by DIP Switch 1. The factory default unit number is 1. If DIP Switch 1 specifies 1 to 96 as the unit number, move the cursor to UNIT NUMBER and then tilt the joystick left or right to select a unit number (1 to 96). Note:It is not necessary to configure the RS485 SET UP menu SUB ADDRESS setting. 3. Move the cursor to BAUD RATE, and then tilt the joystick left or right to select a baud rate setting. Tilting the joystick cycles through the baud rate (transmission speed) display in the sequence shown below. (unit: bits/s) The factory default setting is 19200. 4. Move the cursor to DATA BIT, and then tilt the joystick left or right to select a data bit setting (7 or 8). The factory default setting is 8. 5. Move the cursor to PARITY CHECK, and then tilt the joystick left or right to select a parity bit setting (NONE, ODD, EVEN). The factory default setting is NONE. 6. Move the cursor to STOP BIT, and then tilt the joystick left or right to select a stop bit setting (1 or 2). The factory default setting is 1. 7. Move the cursor to XON/XOFF, and then tilt the joystick left or right to select an XON/XOFF setting. The factory default setting is NOT USE. NOT USE :Disables X ON/X OFF data flow control. USE :Enables X ON/X OFF data flow control. 8. Move the cursor to WAIT TIME, and then tilt the joystick left or right to select a wait time setting. The wait time is the time that the camera should wait before resending data when no receive acknowledgement (ACK) is returned after data is sent. Tilting the joystick cycles through the wait time display in the sequence shown below. (unit: ms) The factory default setting is OFF. 9. Move the cursor to ALARM DATA, and then tilt the joystick left or right to select an alarm data send mode setting. POLLING :Sends alarm data in response to a request by the system controller. AUTO1 :Sends alarm data each time an alarm signal is input. AUTO2 :Sends alarm data at five-second intervals. This is the factory default setting. 10. Move the cursor to DELAY TIME, and then tilt the joystick left or right to select a delay time setting. The delay time is the time is the time the camera should wait before sending a receive acknowledge (ACK). The delay time display changes in the sequence shown below. (unit: ms) The factory default setting is OFF. This setting can be configured only when 2-line configuration is selected by DIP Switch 2. (page 12) -20- ** RS485 SETUP ** UNIT NUMBER SUB ADDRESS BAUD RATE DATA BIT PARITY CHECK STOP BIT XON/XOFF WAIT TIME ALARM DATA DELAY TIME RET TOP1 ----- 19200 8 NONE 1 NOT USE OFF AUTO2 OFF 2400 4800 9600 19200 OFF ↔ 100MS ↔ 200MS ↔ 400MS ↔ 1000MS OFF ↔ 100MS 87$8@&/RYE1.