RX210__(TRX228)

Before attempting to connect or operate this product, please read these instructions completelyIt is recommended that this unit is installed in accordance with the latest national standards:IEE - Regulations for Electrical Installation, BS 7671.If this equipment is to be operated in Sub-zero temperatures, ARCTIC GRADE PVC CABLE must be used. Referto cable manufacturers specifications for operating temperatures, etc.

Molynx Videmech, Albany Street, Newport, South Wales, United Kingdom, NP20 5XW.Tel: +44 (0)1 633 821000, Fax : +44 (0)1 633 850893, Email : [email protected] every effort has been made to ensure that all information contained in this document is correct at the time of publication, due to our policy of continuousproduct improvement, the company reserves its right to change any information contained herein without notice.

Molynx Videmech is a division of Bewator Group Limited.

TRX228 - 10 function AC mini receiverTRX229 - 2 function AC micro receiver

INSTALLATION INSTRUCTIONSINS00054 Issue 8

CONTENTS PAGEImportant Notes / Preventative Maintenance .............................................................................. 1General Description / Contents Of Box ....................................................................................... 2Telemetry Options/ RS485 Network Termination ....................................................................... 3Fitting Optional Telemetry Sub-board / Connection Details ........................................................ 4Cable Recommendations / Cable Glands / Fuse Ratings........................................................... 4Supply Inputs / Circuit Description .............................................................................................. 5Receiver Layout ~ TRX229 ......................................................................................................... 5Receiver Layout ~ TRX228 ......................................................................................................... 64 to 3 Wire Lens Converter Connections .................................................................................... 7Pan & Tilt Unit Connections / Video & Telemetry Connections................................................... 8Test Modes ................................................................................................................................. 8Setting Receiver Address............................................................................................................ 9Troubleshooting .......................................................................................................................... 9Specifications ............................................................................................................................ 10

of 10 ISSUE : 7 INS00054November 1997

Important NotesSELECT SUITABLE EQUIPMENT!

Please ensure that all equipment is suitable for the application and the environment for which it is intended. Ensureall applicable specifications are adhered to.

Please take particular care that inter-connected equipment is fully compatible with each other and suitable for suchuse. Check load ratings, dimensions, etc.

SECURELY MOUNT THE ASSEMBLY!

This boxed unit must be properly and securely mounted. Care should be exercised to select suitable hardware toinstall the unit, taking into account both the composition of the mounting surface and the weight the surface will berequired to sustain.Ensure that each part of the assembly is securely attached. Always use the recommended or supplied fixingscrews. Failure to comply with the aforementioned could result in the unit coming loose from the supportingstructure and falling, with resultant damages or injury to anyone or anything struck by the falling unit.

INSTALL OUT OF REACH!

This equipment is designed to be installed out of reach of the user, or anyone who will come into casual contact withthe installation. Be sure to provide suitable access equipment to ensure the safety of installation or servicepersonnel working on the equipment.

INSTALL CORRECTLY!

The installation should be made by a qualified installer. Specific tools may be required for installation purposesdependant upon the site in which the assembly is to be installed. Use the appropriate tools.Refer to local and national standards for wiring and follow recommendations. The installation should be incompliance with local codes. Check that correct cable types are used.

WARNING: This apparatus must be connected to Earth!

An appropriate disconnection device must be fitted when installing electrical supply.Always disconnect and remove the power before working on the installation.Ensure the power CANNOT be re-connected by external sources while the unit is being worked upon.

PREVENTATIVE MAINTENANCE!

Although the unit contains no user serviceable parts it is recommended that the following checks be carried out on aroutine basis;

1. One month after installation and every six months thereafter, check the tightness and security of all externalfastenings (i.e. the whole CCTV installation).

2. Every six months check electrical cables for signs of wear. Replace where necessary. Regular checks should beperformed to ensure that the cables are not fouling on any obstruction.

TRX228 / 229 ~ AC TELEMETRY RECEIVER INSTALLATION INSTRUCTIONS

Page 2 of 10 ISSUE : 7 INS00054November 1997

17 Function Preset AC Telemetry ReceiverINSTALLATION INSTRUCTIONS

General DescriptionThe TRX228/TRX229 telemetry receivers are available either as circuit boardonly or a completed assembly inside an IP55 weatherproof enclosure or theIP66 rated Connoisseur housing (Fig.1.) in several voltage options.Each receiver unit is supplied with either a “C” (coaxial) or “D” (twisted pair)telemetry receiver module (Molynx Part No.’s ~ PLW231, PLW233).The receivers are compatible with either of the following Molynx telemetrytransmission systems;

600 SeriesVisilynx II.

The TRX229 2 function telemetry receiver is ideal for outdoor static cameraassemblies which require a wash/wipe facility and is as standard poweredfrom a supply of 230V AC with options of 24V AC output and 110V AC input.The TRX228 10 function telemetry receiver is ideal for outdoor, fixed speed,AC PTZ camera systems.Additional options include Random Autopan function.The Pan, Tilt and User functions can be supplied with options of 24V or, 110-120V or, 230-240V AC @ 50-60Hz.The circuit boards are powered from a 12V DC PSU (fitted as standard in allenclosures), that supplies all lens functions.This unit requires a 4-wire lens system.Each internally mounted receiver assembly includes its own power supply unitused for mains supply input and 12V DC output to power the PCB.

There is also a 12V DC auxiliary supply via a 5.5mm jack socket (spare jack plug supplied) as well as a 3 pin ACauxiliary supply (rated at mains input voltage), either of which may be used to power a camera assembly.A Test button provides a comprehensive test facility to ease installation and maintenance.This manual covers all enclosure and voltage options. Examples of each are explained throughout the documentwith wiring options explained.

Notes:1. A 12V DC PSU is supplied with all housing and boxed versions. This is pre-wired to the receiver board.The AC mains supply only, should be applied to the receiver. Connect via terminal block 4, which is pre-wired tosupply CN2 (terminals 1, 2 and 3) with an AC supply (refer to FIGs.4 and 5, pg5).2. The lens functions i.e. ZOOM and FOCUS, speed up gradually when the transmitter key is held down.This enables precise positioning of the lens by the operator.

Contents Of BoxReceiver Built into a Connoisseur Housing:e.g. ~ TRX228/Connoisseur Assembly ~ RX8H55C240.1 off Connoisseur Installation Instructions (INS00126)1 off Receiver Installation Instructions (INS00054)4 off M6 Plain Washers4 off M6 x 12 Hex. Head Screws1 off 4mm AF Allen Key - ZW322A1 off ¼" (6mm thick) Spacer Block - ZF3311 off 1/8" (4mm thick) Spacer Block - ZF3321 off 1/16" (3mm thick) Spacer Block - ZF3331 off Nylon Shoulder Washer - ZW324A1 off 1/4" BSW x 3/8” Hex. Head Screw1 off 1/4" BSW x ¾” Hex. Head Screw

Receiver Built into IP55 Boxed Unit:Receiver/Weatherproof Box AssemblyBlanking Plugs and ScrewsInstallation Instructions (INS00054)

Receiver Board Only:Assembled Receiver Board4 x Stick-on Board Mounting Pillars4 x Screw-on Board Mounting PillarsInstallation Instructions (INS00054)

Note:Before/During Installation of the Assembly Unit EnsureThat;

1. The contents of box are correct.2. The installation instructions are read thoroughly.3. The correct tools are used when installing.4. The complete assembly is mounted and tested in

the workshop prior to use on site.(This can reduce the installation time considerably.)

DO NOT CARRY OUT ELECTRICALINSTALLATIONS IN WET WEATHER CONDITIONS

FIG.1.

RX8H55

RX9H44



TELEMETRY OPTIONSMolynx AC telemetry receivers offer both COAXIAL ("C" Type) and TWISTED PAIR ("D" Type) telemetry options.NOTE: The majority of video amplifiers cannot be used with "C" type telemetry. However, Molynx can supply a Video

Amplifier that can be used with "C" type telemetry. Always keep telemetry cables as short as possible to prevent/reduce R.F interference.

“C” Type Transmission (coaxial cable)Video and telemetry signals travel down the same cable in different directions at different frequencies.

Recommendation - For ease of use, when connecting coaxial cables to this unit use right-angled (90°) BNC plugs.Signal Specification: 11.50MHz carrier modulated @ 9600 baud.Cable Recommendations: Video and Telemetry signals travel down the same cable in different directions

at different frequencies. Telemetry will operate with link losses up to 26dB @11.50MHz. Most video pictures will be severely impaired with a loss greater than6dB in the cable. Choose an appropriate coaxial cable to give an acceptableloss (in dB) for the required distance.Refer to data supplied by cable manufacturers for further information andNACOSS (NACP20) guidelines for greater technical detail.

Typical distance: 500 metres (longer distances possible using a high specification cable).Note: For fixed cameras it may be necessary to use a Molynx RF rejector unit (VT148) at the camera assembly to

prevent the telemetry signal interference with the video picture.

“D” Type Transmission (twisted pair)Signal Specification: EIA RS485 electrical interface, uni-directional @ 9600 baud.Cable Recommendations: Twisted pair cable is essential for the telemetry signals with all video signals

using coaxial cable.Typical distance: 3km maximum transmission distance with a suitably rated cable, e.g. Belden

8205 twisted pair. For distances below 1km, most twisted pair cable will besuitable Refer to cable manufacturers data for further information and NACOSS(NACP20) guidelines for greater technical detail.Refer to technical specification TS-060-2 for information regarding RS485cabling guidelines.

The receiver units can be ordered with a “C” type (coaxial) or “D” type (twisted pair) sub-board. These plug-in modularcircuit boards can be interchanged on-site.Use plug-in module PLW231 if you require “D” type control or, use PLW233 for “C” type telemetry.(Refer to page 4, for installation guidelines).

Termination of RS485 transmission networkTermination of an RS485 communications network is achieved using the jumper connector supplied with PLW231(twisted pair) “D” type sub-board. It is important to match the impedance of the load to the characteristic impedance ofthe transmission line so that the receiver absorbs the signal and does not reflect stray signals, which may disrupt thedata. That is why the two furthest ends of the transmission line must be terminated in a "daisy chain" network.The PLW231 has a 120-Ohm terminating resistor in circuit with JP1.When the jumper connector is not in use simply position the jumper onto one pin of JP1 for safekeeping.Receivers can be supplied as a stand-alone board, or a pre-wired assembly within a weatherproof box or camerahousing.

FIG.2. Telemetry Sub-boards

Terminating Jumper JP1



Fitting Optional Telemetry Sub-boards

As an additional option the telemetry modules (coaxial or twisted pair) may be changed.

Remember; always ensure power is disconnected before working on this unit!

Change the module as follows;

1. Release the information overlay that covers the PCB, from the four PCB spacers (TRX228 only).2. Remove the M3 x 6mm cheese head and M3 fibre washer from the supporting hex. spacer and unplug the

module from the five pin header socket (CN 4).3. The output terminal for the telemetry module is CON1. Plug module CON1 into place on the receiver, CN4 and

secure using the M3 x 6mm cheese head and M3 fibre washer.The supporting hex. spacer when fitted correctly acts as an earth connection for the new module.(Do not place the fibre washer on the under side of the new module.)

4. Replace the information overlay (TRX228 only).

Connection DetailsCable RecommendationsNotes: ALWAYS CHECK VOLTAGE LABELS BEFORE APPLYING POWER TO THE UNIT. The recommended mains cable for all units is 0.75mm² (24/0.2mm). The mains supply MUST be fused at5Amps . For 230/240v AC units a minimum conductor size of 0.5mm² can be used, provided the supply is fused at3Amps or less. (It is recommended that this cable be kept to less than 3 metres due to the high current.)When connecting cables for the electrical supply ALWAYS ensure that High (mains) voltage conductors are separatedfrom Low voltage (telemetry, lens, etc.) conductors.Where conduit is not used, do not insert more than one cable per cable gland to ensure weatherproofing.

Note: Ensure that Cable Glands are sealed securely to prevent the ingress of moisture into the unit.Recommended Pan/Tilt unit cable - 24/0.2mm, (0.75mm² ) Olflex® “YY” PVC insulated, grey PVC sheathed,

7 core (6 + Earth), 8.1mm∅ nominal, or similar.16/0.2mm, (0.5mm²) minimum conductor size @ 230/240v 3A.

(Note: It is recommended that this cable is kept as short as possible due tothe high current.)

Pan and tilt motor cable - minimum conductor size 16/0.2mm².Lens functions: 7/0.2mm² with overall screen.Note: Always keep cables as short as possible to prevent/ reduce R.F interference.Electrical installation methods should comply with current national regulations and site regulations. Techniciansqualified to the appropriate level should only carry out the installation. An appropriate disconnection device MUST beincluded in the installation. Prior to commencement of installation, all relevant safety requirements must be adhered to.These will vary with the nature of the site and may involve specialist installation equipment when working in hazardousareas.Cable Glands Fuse Ratings

(Insert only one cable per cable gland to ensure weatherproof IP66 rating) Main Assembly :5Amps2 x 20mm cable glands 2 x 16mm cable glandsCable range 8mm to 13mm (diameter) Cable range 7mm to 10.5mm (diameter).

Power Supply :2APCB Fuse :2A anti-surge

FIG.3.

M3 x 6mmMounting Screw

M3 x 6mmMounting Screw



Supply InputsBoxed unit: The Pan/Tilt and Auxiliary functions can be supplied with 24V or, 110-120V or, 230-240V AC

@ 50-60Hz. 12V DC is pre-wired to supply all lens functions.Board only: Unregulated 12V DC to supply board and all lens functions.

24V or, 110-120V or 230-240V AC, which is, supplied to all mains functions via terminal block.

ALWAYS CHECK VOLTAGE LABELS BEFORE APPLYING POWER TO THE UNIT

Important Note:The boards have two LED indicators:GREEN Valid data indicator, when lit continuously (i.e. no flickering), indicates that valid data is being

received from the transmitter unit. If the GREEN LED flickers corrupt data is reaching thereceiver.

RED Power-on indicator when lit indicates power is being applied to the board.Note ~ If this happens switch OFF the power and check all wiring before re-powering unit.

Circuit DescriptionIC1 is the processor and controller. All functions receivedvia the telemetry input are interpreted and switched ontoports P0 and P2, then through IC2 and IC3 ontoconnectors CN2 and CN3. IC4 is a simple watchdog thatresets if the power supply drops below a certain voltage.

Notes:1. The receiver boards are powered from an unregulated

12v DC power supply (polarity is not important)situated under the chassis (fitted as standard in allboxed enclosures and housings). This is pre-wired tothe receiver board via CN1 and is supplied as aramped output to all lens functions (ZI, ZO, FN andFF) on connector CN3. This voltage is then regulatedby RG1 down to 5v DC for the digital supply.

2. The AC mains input supply should be applied to thereceiver power supply via terminal block 4. This is pre-wired to supply the receiver via CN2 (terminals 1, 2and 3). The AC voltage applied on the L E N terminalsof CN2 is the voltage that appears as the switchedoutputs on PR, PL, TU, TD, USR1 and USR2.Breaking links JP1 and JP2 on the rear of the PCBallocates voltage free relay contacts for terminalUSR2.

3. The lens functions i.e. ZOOM and FOCUS speed upgradually (12v DC ramped output) when thetransmitter key is held down. This enables precisepositioning of the lens by the operator. The powersupply has a 12v DC 420mA auxiliary output via a jacksocket to power a camera or other equipment.

Receiver Layout1. The polarity of the 12V DC input is NOT important (pre-wired in boxed versions).2. 24V, 110V or 240V AC applied to terminals 1, 2 and 3 of the main terminal block is supplied to the appropriate

function when operated from the transmitter (on boxed version, the AC supply is pre-wired to the main terminalblock).

3. Breaking links JP1 and JP2 on the rear of the receiver board results in USR2 becoming a voltage-free contact.

TRX229: 2 Function Receiver BoardNote:

1. 12V DC 420mA output is available on themains input terminal block.

2. A 2Amp fuse protects the PSU with a2Amp anti-surge fuse to protect the MainPCB. AC Functions

24V to 230V

FIG.4.a



Key1. 12V DC AUX O/P for camera.2. 12V DC supply to PCB.3. AC AUX O/P supply. (L, E, N)4. Video input from camera.5. “C Type” Control input / Video output.6. Mains AC supply input. (L, E, N)

7. Spare 16mm cable gland (blank)8. Spare 20mm cable gland (blank)9. 20mm Conduit10. Wiper motor supply connections11. Power supply fuse.12. Earth point

TRX228: 10 Function Receiver BoardNote:

1. With the 24V AC option the box issupplied with 230V AC and 24V ispre-wired to the TRX228 board.A 24V AC output is available from themains input terminal block.

2. 12V DC 400mA lens output isavailable on the mains input terminalblock.

The PSU is protected by a 2Amp fusewith a 2Amp anti-surge fuse protectingthe main PCB.

FIG.4.b

AC Functions24V to 230V

FIG.5.a



Key:1. 12V DC AUX O/P for camera.2. 12V DC supply to PCB.3. AC AUX O/P supply. (L, E, N)4. Video input from camera.5. “C” Type Control input/Video output.6. Mains AC supply input. (L, E, N)

7. Spare 16mm cable gland (blank)8. Spare 20mm cable gland (blank)9. 20mm Conduit10. Pan/Tilt control cable11. Power supply fuse.12. Earth point

“4 wire to 3 wire” Lens ConverterThe TRX228 telemetry receiver requires a four-wire lens system i.e. two wires from each motor (zoom, focus, with nocommon connection). The diagram represents lens/receiver interconnections. A “4 wire to 3 wire” lens convertermodule VT234 is available from Molynx Ltd, Part No. ~ PCBT234.Notes:1. Connect wires to the terminals as labelled, i.e. ZI (ZOOM IN) to ZI, etc.2. Connect wires from the 12V DC (unregulated) 5.5mm jack socket to the terminals "12V" and "GND" on the

VT234 box via the spare jack plug (supplied).3. The VT234 converter box must not be fitted externally to the housing or enclosure, as it is not weatherproof.

FIG.6

FIG.5.b



Pan and Tilt Unit Connection to Receiver.Notes: Refer to Pan/Tilt Unit instructions ~ INS00053.Standard 7 Pin Control Cable Connector Detail For Molynx Mustang 12 AC Pan and Tilt Unit1. NEUTRAL2. PAN RIGHT3. PAN LEFT4. TILT UP5. TILT DOWN6. N/U. (Autopan).7. EARTH

FIG.7

Video and Telemetry Transmission Connection (i.e. Camera/Transmitter to Receiver.)Video from camera: CAM (BNC on receiver module PLW233).

Note: A switched AC supply is available to the camera via the USR2, AUX1 setting.This enables the operator to switch the camera ON and OFF via the transmitter.Connect the camera mains input to CAM and NEUT.

Coaxial cable (“C” type data transmission) from transmitter : LINE (BNC on receiver module)OR,Twisted Pair cable from transmitter (“D” type data transmission) : + and - (2-pin connector module PLW231).Note: The valid data indicator will light to indicate data reaching the receiver unit.

Test ModesIndividual TestTo test each function in individually set SW1 to the function you require from “1 through to A” and press the test buttonSW4. The function associated with the switch position will operate.

Address Switch Sw1 Test Sequence

1. Pan Right2. Pan Left3. Tilt Up4. Tilt Down5. USR 16. USR 27. Zoom In8. Zoom Out9. Focus NearA. Focus Far

Examples;SW1 set to 4, SW4 test button pressed; TILT DOWN operatesSW1 set to 5, SW4 test button pressed; USR 1 function operatesSW1 set to A, SW4 test button pressed; FOCUS FAR operates

Automatic Function TestsTurn Address switch SW1 to “0” and press the test button SW4.All receiver functions will be sequentially activated automatically for approximately 5 seconds in the following order.

Position 0 Self testPan Right USR 2Pan Left Zoom InTilt Up Zoom OutTilt Down Focus NearUSR 1 Focus Far

FIG.8



Address Settings For Molynx Telemetry ReceiversAddressing the Receiver (channel / camera No.)

Receiver / Camera addresses can be setfrom 1 to 256 using SW1 and SW2. (SW2sets the “bank” of 16 receivers.) The tableshown is an example and represents justa small number of the addresses.The table and the examples below explainthe switch settings for various addresses.Examples;Address 35 : SW1=2 SW2 = 2

(SW2 denotes 2nd bank of 16)

Address 117 : SW1=4 SW2=7

(SW2 denotes 8th bank of 16)

Address 256 : SW1=F SW2=F

(SW2 denotes 16th bank of 16)

TROUBLE SHOOTING and TESTINGPCB’s leave the factory fully tested and operational, if a fault does occur check all system interconnections beforeassuming faulty electronics.Check the twisted pair/coaxial cable between the PTZ and the telemetry receiver unit.Ensure correct inter-connection between telemetry receiver and the controller.Verify link and switch settings are correct.Ensure all cable connections to external equipment are secure and there are no short circuits between the pins.

1. Has the RED “POWER ON” LED illuminated?a) Check FUSE 1: 2A 250V HRC 20mm.b) Ensure PINS 1 & 2 of CN1 are providing 12v DC

unregulated supply.

c) Ensure PINS 1 of RG1 regulator is supplied with +12vDC.

d) Ensure +5v DC supply on PIN 1 of telemetry moduleCON1.

2. Has the GREEN “VALID DATA” LED illuminated?Check the coaxial or twisted pair signal cables havebeen installed correctly.

i.e. “C” type: BNC from camera to CAM, BNC fromtransmitter to LINE“D” type: +ve data to + terminal, -ve data to - terminal(reverse twisted pair for a quick check).

3. Carry out the INDIVIDUAL TEST ROUTINES (pg8) to ensure all external connections are correct.Note: Fuse 3 - 2A anti-surge (only applicable with receivers mounted inside enclosures).

Nothing operates at all

Check there is power to the board on CN2 (L, E, N).If there is no power check that the correct mains has been applied to the chassis terminal block (L, E, N) and that thepre-wired connections are not loose or damaged.Check the chassis fuse (5A @ 250V). If there is power to the board check the receiver test functions (pg8).Check for 12V DC at CN3 when a lens function is activated from the transmitter.

Video present - no control

Ensure the valid data indicator is lit continuously (GREEN LED).If it does not light up after data wires have been connected;1. When using “D” type data – reverse the twisted pair.

(i.e. swap over the +'ve and -'ve data at the receiver.)2. When using “C” type data - Ensure the coaxial cable from the transmitter and the camera have been installed

correctly. If reversed you will receive a video picture but no control.Connect Coaxial cable from “camera to CAM” and from “transmitter to LINE” .

If All The Above Checks Have Been Carried Out And The Card Is Still Not Functioning Correctly PleaseContact Our Technical Support Department.

1st bank of 16

2nd bank of 16



SPECIFICATIONS

Electrical SpecificationsPower Requirements: 230V AC, 50/60Hz @ 20VAOptional, 110-120V 50/60Hz @ 20VA or, 24V AC @ 100 VA max.Boxed units:230-240/110-120V AC @ 6 VA (voltage labels fitted on all units).Board:TRX229: 12V DC @ 80mATRX228: 12V DC @ 100mA + lens consumption(check lens specification).

Mains Cable:Recommended minimum : 0.75mm²(Supply fused at 6Amps or less.).Fuse Ratings:Main Assembly: 5AmpsAuxiliary Functions: 2APan and Tilt Functions: 2A

Mechanical SpecificationsMaterial:Box - IP66 polycarbonate enclosure (incl. lid & fixings)Mounting Details:Box - 4 x 6.5mm dia. holesPCB – 4 x 4mm dia. holes.Shock: 30G Max. (packed product).Operational:Operating temperature: -20°C to +40°C. (Ta = +25°C).

Relative Humidity: 95% non-condensing.Weatherproof standard: BS EN 60 529Enclosure: IP55, Housing: IP66,MTTR: 30 MinsMTBF: 30,000hrs at Ta.Air Pressure: operating range within 70 to 110 KpaVibration: suitable to IEC 68-2-6 Fc5gElectrostatic Discharge: rated at IEC 801-2 level 3

FUNCTIONSTRX228 - Pan, Tilt, Zoom, Focus, a choice of 2 userselectable auxiliary functions.TRX229 - 2 user selectable options from the table shown.Self test facility covering all functions.LED indicators; Green, Valid data from transmitter.

Red, PSU indicator.AUX1 terminals provide a set of voltage free changeovercontacts. (N/O, N/C & Common).

CONTROL OUTPUTSTRX228 - 230-240/110-120V AC input switched to pan/tiltand two user selectable functions. Maximum loadcapacity 1A per function.12V DC for lens functions @ 50mA (MAX.) per function.TRX229 - 24-240V AC input switched to pan/tilt and twouser selectable functions.Maximum load capacity: 1A per function.

TRX228 TRX229

WEATHERPROOF BOX

Cable Gland Sizes2 x16mm : cable range 7 - 10.5mm2 x13mm : cable range 2 - 5mm

DIMENSIONS (mm)

L W H WeightPrinted circuit board TRX228 100 102 30(max) 80 g

TRX229 101 60 30 (max) 80 gExternal Dimensions of 617 168 148 6 kgHW550 camera housing with sunshieldExternal Dimensions of 567 168 148 6 kgHW440 camera housing with sunshield

Internal Dimensions (RX8H55). 468 110 95 4.5 kg(with TRX228 fitted in extended housing) without sunshieldWeatherproof box TRX228/229 220 168 86 1.5kg


INS00054 November 1997 ISSUE : 8

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RX210__(TRX228)

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