Solaris™ Dome CCDS1415-ST CCDS1415-DN CCDS1415-DNX Configuration Manual Fire Safety & Security Products Siemens Building Technologies
Liefermöglichkeiten und technische Änderungen vorbehalten. Data and design subject to change without notice. / Supply subject to availability. © 2006 Copyright by Siemens Building Technologies AG Wir behalten uns alle Rechte an diesem Dokument und an dem in ihm dargestellten Gegenstand vor.
Contents 1 Functional description ...........................................................................5 2 2.1 2.2 2.3 2.4 Safety .......................................................................................................6 Target readers...........................................................................................6 General safety precautions .......................................................................6 Meaning of the signal words .................................
11 11.1 11.1.1 11.1.2 11.1.3 11.1.4 11.1.5 11.1.6 11.1.7 11.1.8 Configuration of the Dome unit ...........................................................43 On-screen display menus .......................................................................43 The Passcodes menu .............................................................................44 The Camera menu ..................................................................................45 The Presets, Tours and Patterns menu ...................
1 Functional description Breaking away from the commonly available domes on the market the new Solaris™ Dome offers a level of accuracy, speed and configurability never experienced before. Solaris™ is available for both internal and external use so you can utilise your security system to the full. Underneath the contemporary styling of the Dome’s cover is a fully featured camera unit designed to put the operator in full control.
2 Safety 2.1 Target readers The instructions in this document are designed only for the following target readers: 2.2 Target readers Qualification Activity Condition of the equipment Start-up personnel Appropriate professional training regarding the function and units or systems to be brought into operation. Start-up personnel bring New, installed, rebuilt the unit or system which unit or system with has been installed into malfunction. operation on-site.
Liability claim – Do not connect the device if any parts are missing or damaged. – Do not make any changes or modifications to the device that are not mentioned in this manual and that have not been approved by the manufacturer. – Use only spare parts and accessories that have been approved by the manufacturer. Damage during transport – Keep the packaging material for future transportation. – Do not expose the device to mechanical vibrations or shocks.
2.3 Meaning of the signal words The severity of a hazard is indicated by the following signal words. Ignoring these hazards may lead to the consequences indicated. 2.4 Signal word Type of hazard WARNING Possible danger of death or severe bodily harm. CAUTION Danger of minor bodily injury or property damage IMPORTANT Danger of malfunctions Meaning of the hazard symbols The nature of the hazard is indicated by icons.
3 Guidelines and standards 3.1 EU directives The product meets the requirements of the EU Directive 89/336/EEC on electromagnetic compatibility The EU declaration of conformity is available from: Siemens Building Technologies Fire & Security Products GmbH & Co.
4 Technical data 4.1 Dome Electrical Camera types Input voltage XTU In-rush current XTU Input voltage Dome unit Connections Electromagnetic compatibility Operational Pan speed Pan travel Tilt speed Tilt travel Presets Tours Preset accuracy Control hardware XTU video output Relay contact rating Alarm input Mechanical Application Mounting 18x optical Colour (PAL): CCDS1415-ST 18x optical Day/Night (PAL): CCDS1415-DN 26x optical Day/Night (PAL): CCDS1415-DNX 110 – 230 V AC @ 50 / 60 Hz, 1 A max.
Environmental Operating temperature IP 67 -10 to +40 °C (-20°C after unit has been powered up for 3 hours) -20 to +60 °C 50,000 hrs (electric parts) Storage temperature MTBF All specifications are subject to change without prior notice. 4.2 Camera module CCDS1415-DNX Image sensor CCDS1415-DN 1/4” type IT CCD (EX View HAD) Effective pixels PAL 430k Resolution PAL Lens 480 TV lines 26 x zoom 3.5 mm to 91 mm (F1.6 to F3.8) 18 x zoom 4.1 mm to 73.8 mm (F1.4 to F3.
5 Ordering information Type Part. No.
6 Scope of delivery Prior to installation confirm that the following are in the box: z 1 x Solaris™ Dome unit z 1 x External Termination Unit (XTU) z 1 x Dome connection cable (Cat 5) with weatherproof connector z 1 x installation manual z 1 x cable gland pack (for XTU) z 4 x cable ties (for XTU cable management) z 5 mm AF Allen key z 1.
7 Unit description A complete Solaris™ Dome system consists of a single sealed Dome unit (containing a camera fitted to a pan and tilt mechanism), connected by a Cat-5 cable to an External Termination Unit (XTU). The XTU contains a PSU and a PCB fitted with a variety of interface connection terminals. The installation of a Solaris™ Dome consists of two parts: z the installation of the Dome unit and z the installation of the XTU. The following chapter is concerned with the first of these.
8 Installation of the Dome unit Before commencing use of the Solaris™ system, ensure the following has been completed: 1. Ensure you have the correct tools to complete the installation, (see Section 8.1: Tools required). 2. Install the desired bracket in a suitable location, (see Sections 8.3.1 to 8.3.6). 3. Prepare the Dome bracket and attach it to the appropriate mounting bracket, (see Sections 8.4: Preparing the Dome bracket and 0: Mounting the Dome bracket to a wall mount ). 4.
8.2 Installation procedure The two-piece mounting bracket and the hinge mechanism built into the Dome casing make the physical installation very simple. Making the electrical connections is just as simple. All of these are provided via a single connector fitted to the Cat-5 cable supplied. This just needs to be plugged in and clipped in place before the Dome casing is closed and fixed with a single screw. This combination ensures quick installation of the Dome.
8.3 Installing the mounting brackets There are several types of brackets to choose from – wall/ceiling mount, corner mount adapter, parapet mount adapter, pendant mount, swan-neck bracket and recessed ceiling tile mount. 8.3.1 Wall/Ceiling mount CCDS1415-WM Fig. 3 Ceiling mount Fig. 4 Wall mount Fig. 5 Wall / ceiling mount 1. Bolt the wall/ceiling mount to the mounting substrate using the four mounting holes shown.
Cable exits 1 1 Rear of plate 1 1 8.3.2 M25 electrical conduit threaded cable exit on the underside of the bracket Corner mount adapter CCDS1415-CMA 1. Using 3 x M8 nuts and M8 x 20 bolts fasten the wall mount bracket to the corner mount adapter as shown below. 2. Fasten the corner mount adapter to the mounting substrate using the eight holes shown. NOTE Ensure the chosen fasteners and fastening method are suitable for the application and the mounting substrate. Fig.
8.3.3 Parapet mount adapter CCDS1415-BM 1. Fasten the wall mount to the parapet mount adapter using the four M8 bolts supplied with CCDS1415-BM (see below). 2. Fasten the parapet mount adapter to the mounting substrate using the four holes shown. NOTE Ensure the chosen fasteners and fastening method are suitable for the application and the mounting substrate. Fig. 8 Wall bracket in conjunction with parapet mount adapter Fig.
8.3.4 Pendant mount CCDS1415-PM The pendant mount CCDS1415-PM is supplied with a 1.2 m pole. 1. Cut the unthreaded end of the pole to the desired length. 2. Slide the pole into the top of the mounting flange until level with the top face of the flange. 3. Spot drill the pole through the holes in the mounting flange. 4. Remove the pole and drill through both sides of the pole with a 9 mm drill. 5. Re-insert the pole and secure it using two M8 x 60 screws provided with the pendant mount. 6.
8.3.5 Pole fixture (using wall mount CCDS1415-WM) The wall mount CCDS1415-WM has four 12 mm square holes through the mounting plate. These holes are to pass 11 mm continuous banding through as shown. NOTE Ensure the chosen fasteners and fastening method are suitable for the application and the mounting substrate. Fig. 11 8.3.6 Pole mounting Recessed ceiling tile mount CCDS1415-FM The Solaris™ Dome can be installed in a standard false ceiling tile using the recessed ceiling tile mount.
4. Refit the bezel; tighten the six screws lightly to begin with, and then fully tighten each in turn. NOTE Ensure that the six screws are sufficiently tight to compress the bubble seal (recommended torque setting 1.2 - 1.3 Nm). 5. Fit the brace bars to the accessory brackets using the support screws provided. NOTE The recessed ceiling tile mount is for use with standard thickness ceiling tiles.
6. Lower the complete assembly into place, allowing the Dome to pass through the hole in the ceiling tile. 7. Ensure that the brace bar is correctly located on the support framework and then fix it using the screws provided. 8. Fit the supplied bezel. NOTE The Dome can be lowered or raised depending on the situation by adjusting the height of the support screws. 9. Connect the cable connector to the socket. Î 8.4 The ceiling tile installation is now complete.
2. Fix them together using the three screws provided. Pendant 1, 2 3. Wall 1 1 2 2 Screw Screw the bracket on to the end of the mounting tube, locking into place with the grub screw. Pendant Wall 1 1 1 Screw Mounting the Dome bracket to a wall mount 4. Screw the locknut onto the bracket, to the back of the thread. 5. Screw the Dome bracket onto the wall mount and position it correctly. A minimum of four turns will be sufficient.
6. 8.5 Lock the Dome bracket into position by back-tightening the locknut and locking it against the face of the Dome bracket. Hand tight will be sufficient. Cat5 cable assembly and disassembly Solaris™ is supplied with a 10 m preassembled Cat 5 cable. In some cases, it may be necessary to change the cable (for a shorter cable or to replace a damaged cable, for example).
1 Compression Clamp 2 Plastic Washer 3 Connector Body 4 Cat 5 Cable Assembly 5 Rubber Washer 5 Rubber Washer 6 Locking Nut 1. Ensure that the connector is assembled as per the overview below. Ensure that the locking nut is sufficiently tight to seal the assembly. Full assembly instructions can be found in the Installation Manual. 2. Ensure that Seal 1 is present and fitted correctly. 3. Ensure that Seal 2 is present and fitted correctly. 4.
2. Pass the RJ45 plug from the rear of the connector body and engage the plug into the body. Ensure that the plug fully engages, i.e. ‘clicks’ into position within the body. When fully engaged, the cable will not be able to be retracted from the body when pulled. 3. Fit the plastic washer. Take care not to damage the cable. 4. Fit the rubber washer. 5. Split the compression clamp, orientation as shown. 27 Siemens Building Technologies Fire Safety & Security Products 08.
6. Clamp around the cable. Take care not to damage the cable. 7. Complete the connector assembly by sliding all parts into the connector body and hand tightening the locking nut. Sufficient force must be applied to the locking nut to compress the rubber washer, thus sealing the assembly. When sufficiently tight hold the assembly to a light source; if correctly sealed, light will not be seen though it. If light can be seen, hand tighten with more force. 8. Finally, loop the cable as shown. 9.
8.5.2 Disassembly 1. Cut away the cable tie and un-loop the cable. Unscrew the locking nut. 2. Using a small tool (screwdriver, pen, etc.) carefully disengage the RJ45 plug from the connector body. 3. Carefully pull the RJ45 plug away from the body by gently pulling on the cable. 29 Siemens Building Technologies Fire Safety & Security Products 08.
8.6 Connecting the Solaris™ Dome 1. Offer the Dome up to the mounting bracket and hook it on to the hinge mechanism. The hinge should now take the weight of the Dome, leaving your hand free to make the connection. 2. Remove the dust cap. It is held to the unit with a lanyard so it will not be misplaced. Position the dust cap loosely to the side of the bulkhead connector. 3. Feed the cable through the opening. 4. Fit the connector’s locking clip to ensure a watertight seal. 5.
9 Installation of the External Termination Unit (XTU) This chapter covers the physical and electrical installation of the Solaris™ Dome’s External Termination Unit (XTU). NOTE The XTU is patent pending. 9.1 Unit description The External Termination Unit (XTU) is an IP67 sealed enclosure containing the Dome unit's power supply, telemetry interface, alarm/relay connections, video conditioning and protocol conversion.
3. Mount the XTU in the selected position and orientation using appropriate fasteners for the mounting substrate. See Section 9.2.2: Mounting the XTU. 4. Set the RS485 termination resistor if required. 5. Route and connect all of the required cabling to the XTU (use the supplied special M20 split rubber cable gland for the Dome connection cable) 6. Power up the XTU. 7. Orientate the LCD display to suit the mounted position. 8.
9.3 Connecting the XTU to external equipment Make the necessary connections to the XTU referring to the diagrams in Section 9.4.1: XTU connections - coaxial (C-type) telemetry, Section 9.4.2: XTU connections - RS485 (D-type) telemetry, and Section 9.4.3: XTU connections Photon telemetry, depending on your installation, the markings on the XTU PCB and the connection list below.
Dome connection cable [REQUIRED] The supplied Dome connection cable is 10 m long, and is fitted at both ends with a standard RJ45 connector. The Dome end should be connected using the supplied weatherproof connector, the XTU end should be connected to the RJ45 connector. A special split rubber M20 cable gland for use on the XTU end of the Dome connection cable is supplied, this allows a weatherproof seal to be made on the cable without having to pass the RJ45 connector through the sealing rubber.
9.4.1 XTU connections - coaxial (C-type) telemetry Fig. 13 Coaxial (C-type) telemetry 1 This device must be earthed. CAUTION A readily accessible disconnect device shall be incorporated in the building installation wiring. As part of the building installation protect this device via a 3 A fuse or 3 A circuit breaker. 2 AC mains Input 3 AC mains to PSU 4 Alarm contacts 5 Relay output to user equipment (e.g. alarm system) 1.5 A, 24 V DC max.
9.4.2 XTU connections - RS485 (D-type) telemetry Fig. 14 RS485 (D-type) telemetry 1 This device must be earthed. CAUTION A readily accessible disconnect device shall be incorporated in the building installation wiring. As part of the building installation protect this device via a 3 A fuse or 3 A circuit breaker. 2 AC mains input 3 AC mains to PSU 4 Alarm contacts 5 Relay output to user equipment (e.g. alarm system) 1.5 A, 24 V DC max.
9.4.3 XTU connections - Photon telemetry Fig. 15 Photon telemetry 1 This device must be earthed. CAUTION A readily accessible disconnect device shall be incorporated in the building installation wiring. As part of the building installation protect this device via a 3 A fuse or 3 A circuit breaker. 2 AC mains input 3 AC mains to PSU 4 Alarm contacts 5 Relay output to user equipment (e.g. alarm system) 1.5 A, 24 V DC max.
9.5 Wiring guide If you have chosen to use a longer cable than the one supplied with the XTU, ensure that the following pin-outs and colour coding are maintained. Failure to do so may result in the malfunction of the Solaris™ Dome. See Section 8.5: Cat5 cable assembly and disassembly. Fig.
10 Configuration of the External Termination Unit Once the physical installation of the XTU is complete it needs to be configured to use the correct telemetry protocol and receiver address to identify itself correctly. To allow this to be carried out, the XTU is fitted with a LCD display and a simple keyboard. By default, the display indicates the receiver address, the current protocol and the interface that is in use.
10.2 LCD orientation Depending on how the XTU was mounted, you may need to change the orientation of the display. While the status screen is shown, press the up or down arrow on the keypad for 3 seconds. Fig. 18 10.3 Orientation of the LCD The XTU main menu The XTU main menu provides access to the configuration settings in the XTU unit. Protocol Selects a telemetry protocol from the list. Interface Selects a telemetry interface from the list.
PROTOCOL MOLYNX BEWATOR MOLYNX V3 ERNITEC PCCON PELCO D PCCON MULTIDROP PELCO P EXIT PHILIPS PHOTON SIEMENS CCDA VCL VICON VIDEMECH UP XTU MAIN MENU INTERFACE TTY AUTO SEARCH EXIT CO-AX (C) PROTOCOL 1200 RS485 (D) INTERFACE 2400 RS485 -/+ RECEIVER ADDRESS 4800 EXIT ADVANCED COMMS SPECIAL PRESETS LCD CONTRAST1 VIDEO GAIN 9600 RECEIVER ADDRESS 19200 1-512 EXIT ADVANCED COMMS HU FUNCTIONS 7-BITS BAUD RATE TEMPERATURE 8-BITS DATA BITS BACKUP/RESTORE 9-BITS PARITY LINE B
10.4 XTU setup Using the main XTU menu you can configure the XTU to the correct settings for your control equipment: 1. Select the correct telemetry protocol. See Section 12: Telemetry controller operation and setup. MAIN XTU MENU >> PROTOCOL 2. Select the control interface type. MAIN XTU MENU >> INTERFACE 3. Select the receiver address (camera number). MAIN XTU MENU >> RECEIVER ADR 4. Press the button to view if the video signal is present. 5. Press the button to exit ‘live video’ mode.
11 Configuration of the Dome unit Most of the Solaris™ Dome's advanced functions are configured using a menu system that is presented by the camera's on-screen display (OSD). This section of the manual covers the use of the OSD menu system, and explains the options it provides. When the Dome is new or after a factory reset has been performed, a default tour is already stored comprising of sixteen preset positions (1 to 16).
ALARMS The Solaris™ Dome's XTU is provided with a tamper alarm and seven general-purpose alarm inputs. This menu is used to set up these alarm inputs and control the Solaris™ Dome's response when they are triggered. See Section 11.1.6: The Alarm menu for details. OSD This menu will allow you to set up how the OSD will appear to the Solaris™ Dome camera's operator during normal operation.
11.1.2 The Camera menu The camera menu provides control of a number of advanced features of the camera, and access to settings that affect the camera's response to unusual lighting conditions. White Balance The White Balance menu item controls how the camera adjusts its colour output under different types of light source.
AUTO/MANUAL/ ATW/ONE PUSH/² OUTDOOR/ INDOOR BRIGHTNESS SHARPNESS OFF/ON/KEYBOARD *VIDEO GAIN* DONE VIDEO GAIN RESET TO DEFAULTS RTU GAIN BACK CAMERA MENU WHITE BALANCE CHROMA RED¹ CHROMA BLUE¹ BACKLIGHT SPECIAL EXPOSURE BACK SPECIAL MENU *RTU GAIN* DIGITAL ZOOM .... ON/OFF RTU GAIN OFF/ON DAY NIGHT MODE .... AUTO/MANUAL BACK AUTOFOCUS KEYBOARD/ON/OFF CAMERA MODULE RESET VIDEO GAIN CLEAR PRESETS RTU GAIN ....
11.1.3 The Presets, Tours and Patterns menu A Preset is a stored, fixed camera position that you can return to by entering a preset number on the controller keyboard. The Solaris™ Dome can store up to 99 presets. A Preset Tour is a pre-configured sequence of presets that the Solaris™ Dome will move between continuously. The Solaris™ Dome can store up to 4 tours of 32 steps each. Each step can have an associated speed and dwell time.
PRESETS PRESET NUMBER.... (01-99) STORED ..... (YES/NO/ASSIGNED)1 (enter Preset Name) STORE PRESET DELETE PRESET CLEAR NAME COPY PASTE BACK PRESET TOURS RECALL TOUR 1 EDIT TOUR RECALL TOUR 2 TOUR........ (Select Tour No.) RECALL TOUR 3 STEP ........ (Select Step No.) RECALL TOUR 4 PRESET..... 1-99 (Select Preset No. EDIT TOUR 1 O = Skip step). EDIT TOUR 2 SPEED ...... 0-100 EDIT TOUR 3 DWELL......
11.1.4 The Privacy Zones menu Privacy zones are areas of the camera’s field of view that are blanked so that the operator cannot see into them. The Solaris™ Dome can be configured with up to 24 privacy zones and up to 8 of these can be on screen at any time. Use the Privacy Zones menu to review existing privacy zones and define new ones.
11.1.5 The Soft Limits and Sectors menu Soft limits The Soft Limits menu will allow you to set up and remove programmable soft limits to the vertical travel of the camera. Once the upper and lower limits are set, the camera will not view the areas above or below those limits. Sectors The Solaris™ Dome’s horizontal movement is divided into 16 sectors that can be individually identified with a name. The Sectors item will allow you to configure the names of the sectors.
11.1.6 The Alarm menu The Alarm menu provides access to settings relating to the alarm contacts in the XTU unit. Each of the 8 alarms can be configured individually to respond in a different way. Contact Selects whether the alarm contacts are normally open(N/O) or normally closed (N/C). Video blanking Video blanking provides a way of signalling an alarm for systems that do not support remote reporting. When set to Yes, an alarm will blank the video for 3 seconds.
ALARM CONFIGURATION ALARM ..... (Tamper/1-3/4-7) ENABLED .. YES/NO CONTACT .. N/C / N/O VIDEO BLANKING ... YES/NO RELAY....... NONE/MOMENTARY/LATCHED ALARM MENU TAMPER ALARM (Set Name)1 CLEAR NAME ALARM 1 COPY ALARM 2 PASTE ALARM 3 BACK ALARM 4-7 GLOBAL ALARM SETTINGS BACK ALARMS 4-7 ALARM 4 ALARM 5 ALARM 6 ALARM 7 BACK GLOBAL SETTINGS LOCAL REPORT ..... YES/NO REMOTE REPORT .. YES/NO ALARM RESUME.... OFF/HOME/TOUR1-4/ PATTERN1-4/RANDOM TIME PERIOD ........ 5SECS-30MINS HELP BACK Fig.
11.1.7 The OSD menu The OSD menu is used to set up what information is displayed on screen during routine operation. The display is dynamic, and items such as alarms are only displayed when they are relevant. New items will overwrite existing items at the same location in the following order of priority: 1. Receiver address 2. Alarm name 3. Information message 4. Preset number 5. Preset name 6. Sector name 7. Camera number 8. Camera name 9.
11.1.8 The Diagnostics menu This menu is intended for use by technicians and provides access to various diagnostic parameters within the Solaris™ Dome. DIAGNOSTICS 2 DIAGNOSTICS 3 1 PAN POSITION MAX TEMP 1 TILT POSITION MIN TEMP RECEIVER PAN SPEED CURRENT TEMP INITIAL TEST TILT SPEED XTU TEMP MORE ZOOM POSITION HEATER BACK FOCUS POSITION DISTANCE KM MORE FAN CONDITION BACK BACK DIAGNOSTICS 1 [SW257 1 0] [SW258 1 0] CONTACT DETAILS Fig.
12 Telemetry controller operation and setup This chapter explains how to operate the Solaris™ Dome using a telemetry controller and describes: z Accessing the OSD (Siemens, Molynx 6000, V3i and 3rd party) z Protocol tables 12.1 Telemetry keyboard operation A great deal of the configuration and set up of the Solaris™ Dome must be carried out using the on-screen menu system that is described in Section 11: Configuration of the Dome unit. 12.1.
12.1.2 Access to the OSD with Bewator controllers To gain access to the OSD you will need to enter the telemetry controller's programming mode. Bewator 6000 series controller OSD access on the 6000 series requires the entry of a PIN number, and is therefore restricted to authorised persons only: 1. Enter the 6 digit PIN number. 2. Select "Setup camera" from the menu. 3. Select the item by pressing the "Play" key. 4.
12.2 Advanced camera functions The 6000 series and v3i controllers also provide direct access to advanced camera functions: Lens slow This function slows down the operation of the lens's Zoom and Focus functions to make it easier to control when fine adjustments are necessary. The function toggles on and off. Lamps If set to Manual in the camera special menu, this function toggles between the camera's day and night setting. Autofocus The Autofocus function can be toggled on and off.
12.3.
Record / Recall Pattern 2 88 Mem / Pos Starts recording or playing Pattern 2. Record / Recall Pattern 3 89 Mem / Pos Starts recording or playing Pattern 3. Record / Recall Pattern 4 90 Mem / Pos Starts recording or playing Pattern 4. Stop Pattern Record 91 Pos Stops recording current pattern. 12.3.2 Control via SIMATRIX NEO and dome converter CAC0103 The Siemens Solaris™ Dome can be controlled via the SIMATRIX video matrices. SIMATRIX NEO provides direct physical connection via telemetry port 1.
12.4 Use with Bewator controllers The following Bewator (Molynx) protocols are implemented and may be selected from the PROTOCOL menu: z Molynx z Molynx V3 z PCCON z PCCON 1-Way 12.4.1 Molynx & Molynx V3 NOTE We recommend following interfacing: z RS485 connection; 9600 baud, even parity, 8 data bits, 1 stop bit. z Camera addressing is 0-511 for cameras 1-512. Also responds to broadcast addresses. Tested using Bewator 600-Series, 6000-Series, Visilynx 2, Visilynx 2+, Visilynx V3i.
Alarms When using Molynx V3 protocol in conjunction with a V3i telemetry matrix it is possible to send alarms back over the telemetry link. It is necessary to configure the V3i to have bi-directional telemetry on the channel being used and for the appropriate camera alarms to be enabled. Also, on the Solaris™, the alarms must be configured to have Remote Reporting enabled. Only the tamper and alarms 1-6 may be sent back, alarm 7 is not usable in this way.
Operation User command Notes Return Preset Sequence Information @39 Returns preset sequence last downloaded to the XTU. Note that this data is the last which was sent to the XTU and, for example if the sequence was subsequently re-programmed using the OSD, it may not be the same as the sequence stored in the Dome unit. Return Preset Tour Information @40 Returns preset tour last downloaded to the XTU.
12.5 Use with 3rd party controllers It is possible to configure the Solaris™ Dome to be controlled via RS485 using a number of other manufacturer's controllers. When using a controller other than those offered by Siemens or Bewator (incorporating Molynx technology); there may be variations in the actions a user must take in order to perform a particular task. Where there is a lack of consistency between controllers, the Solaris™ Dome will attempt to overcome these problems.
Operation User action Notes is not set to KEYBOARD. Recall Preset [n] [PRESET] Range 1-89.Preset 95* or Preset 2* twice within 2 seconds functions as the OSD Mode 'MENU' command. When in OSD mode Preset 1 switches the joystick between cursor and camera control. When in OSD cursor mode Preset 3 operates as SET. Store Preset [n] hold [PRESET] Range 1-89. Run Pattern [PATTERN] Enter OSD Menu Mode [9] [5] [PRESET] or [2] [PRESET] [2] [PRESET] within 2 seconds.
12.5.3 VCL protocol NOTE RS485 connection; 9600 baud, no parity, 8 data bits, 2 stop bits. Camera addressing is 0-127 for cameras 1-128. Tested using Honeywell HKJMSTP-00 keyboard and HMAX081-00 matrix. Operation User action Notes Pan / Tilt /Zoom / Focus Joystick for Pan/Tilt/Zoom,[FN] / [FF] for Focus When in OSD cursor mode Pan / Tilt operate as cursor right / left / up / down (but see also Recall Preset 1 below). Iris [IRIS+] / [IRIS -] Only operates when exposure priority is set to KEYBOARD.
Operation User action Notes Recall Preset [n] [GO TO PRESET] Range 1-99.Recall Preset 95* or Recall Preset 2* twice within 2 seconds functions as the OSD Mode 'MENU' command. When in OSD mode Recall Preset 1 switches the joystick between cursor and camera control. When in OSD cursor mode Recall Preset 3 operates as SET. Save Preset [n] [LEARN PRESET] Range 1-99. * The presets used to access the OSD are programmable via the XTU. 12.5.5 Photon protocol NOTE Tested using Photon PCON controller.
Operation User action Notes Recall Preset [PP ENTER] n [PP ENTER] Range 1-99. Preset 95* or Preset 2* twice within 2 seconds functions as the OSD Mode 'MENU' command. When in OSD mode Preset 1 switches the joystick between cursor and camera control. When in OSD cursor mode Preset 3 operates as SET. Start Preset Sequence [A/P] Autopan function starts tour. Autopan indicator will not be lit however. Save Preset [PROG] [PP ENTER] [n] [PP ENTER] Range 1-99. [PROG] is switch on rear of keyboard.
13 Maintenance This final chapter of the manual covers routine maintenance and specifications. 13.1 Dismantling the Solaris™ Dome To remove the Solaris™ Dome from its mounting bracket, proceed as follows: 1. Remove the Dome fixing screw. 1 1 Fixing Screw 2. Hold the Dome unit around its main body and swing it into the horizontal position. 3. Disengage the connectors locking clip. 4. Disconnect the connector from the socket. 68 Siemens Building Technologies Fire Safety & Security Products 08.
NOTE If necessary, refit the dust cap attached to the lanyard - to avoid corrosion of the connector terminals. 5. 13.2 Unhook the Dome from its mounting bracket. Monthly checks z Visually check the mounting bracket for signs of defect or corrosion. z Check the cable runs between the Dome unit and External Telemetry Unit for security of attachment and signs of wear. z Check all mechanical fixings to the building infrastructure for corrosion, wear and rigidity.
14 Disposal All electrical and electronic products should be disposed of separately from the municipal waste stream via designated collection facilities appointed by the government or the local authorities. This crossed-out wheeled bin symbol on the product means the product is covered by the European Directive 2002/96/EC. The correct disposal and separate collection of your old appliance will help prevent potential negative consequences for the environment and human health.
Keyword index 15 Keyword index Unit description 31 Wiring guide 38 A Alarm menu 51 B Bewator controller 60 C Camera functions 43 Advanced camera functions 57 Camera menu 45, 46 Cat5 cable assembly 26 disassembly 29 CE declaration of conformity 9 Checks 69 Configuration Dome 43, 55 External Termination Unit 39 Connecting the Solaris™ Dome 30 Controller 3rd party controllers 56, 63 Bewator controller 56, 60 CKA4820/CKA3210 55 CKA48xx/CKA32xx 58 Siemens controller 57 SIMATRIX NEO 55 SIMATRIX SYS/648/16
Keyword index O Ordering information 12 OSD menu 53 P Parts of the Solaris™ Dome 14 Pass codes Set up 44 Passcodes menu 44 Patterns 43, 47, 51 Presets 43, 47, 51 Privacy Zones menu 49 Protocols Ernitec ERNA protocol 64 Pelco P& D 63 Philips protocol 67 Photon protocol 66 VCL protocol 65 Vicon protocol 66 Videmech Universal protocol 65 S Safety 6 Safety precautions 6 Sandards 9 Scope of delivery 13 Signal words 8 SIMATRIX NEO 59 Soft Limits and Sectors menu 50 Special menu 45 T Target readers 6 Tech
Issued by Siemens Building Technologies Fire & Security Products GmbH & Co. oHG D-76181 Karlsruhe www.sbt.siemens.com Document no. A24205-A336-B312 Edition 08.2006 © 2006 Copyright by Siemens Building Technologies AG Data and design subject to change without notice. Supply subject to availability. Printed in the Federal Republic of Germany on environment-friendly chlorine-free paper.
