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Moog Videolarm DDW10CR Product Instructions

Deputy dome bullet-resistant standard/pressurized dome

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Product
Instructions
Deputy Dome
Bullet-Resistant Standard/Pressurized Dome
DDW10CR/PDDW10CR
Before attempting to connect or operate this product,
please read these instructions completely.
81-IN5210
04/10/06
- 1 -

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Summary of Contents for Moog Videolarm DDW10CR

  • Page 1 Product Instructions Deputy Dome Bullet-Resistant Standard/Pressurized Dome DDW10CR/PDDW10CR Before attempting to connect or operate this product, please read these instructions completely. 81-IN5210 04/10/06 - 1 -...
  • Page 2: Table Of Contents

    Power Source & Power Consumption hole. (includes: heater, blower and camera) 6. Attach appropriate connectors to incoming wiring (Figures 5 P/DDW10CR/02 - 115 VAC, 90 vA, 0.8 Amps and 6). The housing has two inputs for power - one for P/DDW10CR2/02 - 24 VAC (Class 2), 90 vA, 3.75 Amps...
  • Page 3: Wiring

    Wiring Chart Non-Pressurized Receiver Version INSTALLING THE PAN/TILT A. Heater 1. Slide the pan/tilt back into place. All of the electrical connections Red - Heater 1 are made by the edge connector and will be engaged at that point. 2. Place the pan/tilt inside the housing so that the alignment pins are Red - Heater facing the housing PC board.
  • Page 4: Installing The Housing

    6. The liner should still be able to move up by about 1/16" on an REATTACHING THE DOME ON inch to allow the liner to move when shot and transfer the force PRESSURIZED UNITS to the housing instead of the pan/tilt. 1.
  • Page 5 CHANGING SETTINGS FOR CHART 1 - RECEIVER/DRIVER PAN/TILT ADDRESSES RECEIVER/DRIVER UNITS Address DIPSWITCHES The dipswitches serve a dual purpose. First, they control the address of the pan/tilt when operated via RS485. Second, they control the alarm and display functions for the pan/tilt. Address changes are made using the dip switches located on the PC board (Figure 15).
  • Page 6 UNIT PARAMETERS Presets Alarm sense, camera on-screen display and baud rate can all be The DeputyDome has 64 presets that can be used individually controlled by the dipswitches. The alarm sense can be set to accept or as part of an autotour. To program a preset, set the pan, tilt, either contact closures (NO) or contact openings (NC) as the alarm zoom, focus and backlight compensation settings to the desired value.
  • Page 7 EXPLODED VIEWS Part Number Description Qty. Part Number Description Qty. 91-NTFL01 3/8-16 Flange Nut 60-1414 DDWC10 pan limits collars 90-BTSEC06 1/4-20X 1/2" Security screw SS 92-WSFL01 1/4 Flat washer SS 50-VL1428 DDWC10 housing body 92-WSSL01 1/4 Split lockwasher SS 30-VL1405 DDWC10 accs mounting bracket 90-BTHH27 1/4-20X3/4"...
  • Page 8 66 65 64 - 8 -...
  • Page 9 PROCEDURES FOR PRESSURIZED HOUSINGS Filling and Refilling Pressurized housings provide maximum protection for CCTV 1. Attach the barb to the regulator. cameras and lenses. The charge of dry nitrogen inside the housing eliminates the effects of moisture, dust, insects and corrosive exhaust 2.
  • Page 10 VL-422 Communication Protocol (DeputyDome) Message Format Data is transmitted at 9600 baud, 1 start bit, 1 stop bit, 8 data bits (lsb first), no parity. The general format for messages sent to the DeputyDome and for inquiry response messages sent by the DeputyDome is shown below: BYTE DATA DESCRIPTION...
  • Page 11 Preset Command Messages These commands control the position presets and some of the operational parameters of the pan/tilt platform. Byte number 1 is the start of message “F8”, byte number 2 is the device address (default = 01), and byte number five is the message terminator byte. Note that preset 63 is reserved for another function;...
  • Page 12 E2 (MS nibble) Position data is 30H ored with data nibble 30H - 3FH E11, E10, E09, E08 of elevation data. Position data is 30H ored with data nibble 30H - 3FH E07, E06, E05, E04 of elevation data. E0 (LS nibble) nibble) ) Position data is 30H ored with data nibble 30H - 3FH...
  • Page 13 BYTE DATA DESCRIPTION Sync character Address in hex Camera address (01H - DFH) “v” Lower case “v” Z2 (MS nibble) 30H Position data is 30H ored with data nibble - 3FH Z11, Z10, Z09, Z08 of zoom lens position data. Position data is 30H ored with data nibble 30H - 3FH Z07, Z06, Z05, Z04 of zoom lens position data.
  • Page 14 Z0 (LS nibble) nibble) ) Position data is 30H ored with data nibble 30H - 3FH Z03, Z02, Z01, Z00 of zoom lens position data. F2 (MS nibble) Position data is 30H ored with data nibble 30H - 3FH F11, F10, F09, F08 of focus data. Position data is 30H ored with data nibble 30H - 3FH F07, F06, F05, F04 of focus data.
  • Page 15 bit0 (lsb) Auto Iris; 0 = auto, 1 = manual bit1 Camera power; 0 = off, 1 = on 30H - 38H bit2 Lens speed; 0 = slow; 1 = fast bit3 Comm. error; 0 = no, 1 = yes bit4 - bit7 = 0011.
  • Page 16 IMPORTANT SAFEGUARDS SAFETY PRECAUTIONS 1. Read Instructions - All the safety and operating instructions should be read before the unit is operated. CAUTION 2. Retain Instructions -The safety and operating instructions should be retained for future reference. RISK OF ELECTRIC SHOCK! 3.

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