www.dedicatedmicros.com
INSTALLATION MANUAL
MANUEL D’INSTALLATION
INSTALLATIONSHANDBUCH
MANUAL DE INSTALACIÓN
MANUALE D'INSTALLAZIONE
drx 400d.c.
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1. INDEX
1. Pre-installation & safety notes 2
Unpacking 2
Safety Precautions 2
Introduction 3
General 3
Technical Specification 3
Installation 5
Operating Voltage 5
Connections 6
Set-up 8
Diagnostic aids 8
Launch amplifier 9
Self test system 10
Programming the unit 11
Settings for normal operation 12
Patrol mode and datum operation 13
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1. Pre-installation & safety notes
UNPACKING.
On receipt inspect the packaging and contents for signs of damage. If damage has occurred advise
the carrier and/or the suppliers immediately. Inspect the contents to confirm that all items are
present and undamaged. If any items are missing or damaged contact the supplier. It is advised
that the original carton is retained as this forms the safest transport container in the event that a
unit has to be returned for any reason.
SAFETY PRECAUTIONS.
Instructions: This Handbook and all relevant safety instructions should be read before attempting
to install, connect or operate the unit. These instructions should also be retained and kept in a safe
place for future reference.
Moisture: Do not expose the internal electronics of this unit to moisture i.e. take care during
general maintenance procedures not to open the unit while its raining without providing adequate
protection. The unit comprises a chassis mounted p.c.b. protected by an IP67 rated plastic
enclosure. Care must be taken when fitting cable entry glands to ensure that the IP rating is not
compromised. Fixing hole are provided in the corners of the main enclosure, outboard of the seal,
so it is not necessary to drill any additional fixing holes.
Power Source: Ensure that the power supply used complies with the power requirement stated on
the manufacturers label.
Servicing: Servicing of this unit should only be undertaken by qualified service personnel. On the
completion of servicing, safety checks should be performed to ensure that the unit is in proper
operating condition.
Safety Standards: All the relevant safety precautions as laid down by British Standards and Health
and Safety at Work Act should be observed.
This symbol is used to warn users that mains voltage is present with the consequent
electric shock risk.
This symbol is used to alert users to important operating and maintenance
instructions.
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2. Introduction
drx 400d.c. Installation Manual Page. 3
GENERAL
The drx 400dc receiver has been designed to control a d.c. Pan & Tilt Head or Surveillance Dome
and offers three latching auxiliary relay outputs plus one un-switched output which are used to
control: Wash, Wipe and Illuminator. Control of the lens functions is also provided with adjustable
6 to 12 Volt d.c. drives plus an adjustable inching facility. Stores up to 16 full preset positions with
8 alarm inputs and one N/C alarm output (with programmable delay).
A Camera power outlet is also available.
Telemetry data signals can be either “up the coax” or twisted pair 20 mA current loop
As standard the unit is pre-wired for 230Volt a.c. supply can be converted to 110 Volt operation.
A 24 Volt a.c. auxiliary output option is also available.
The drx 400dc receiver is normally supplied in an IP67 weatherproof enclosure and is designated
drx 400dc WBX. On installation it will be necessary to make suitable holes in this enclosure to
facilitate cable entry and exit. Adequately rated cable or flexible conduit glands should be used at
all times to avoid he possibility of water ingress.
The drx 400dc receiver can be used with the dtx 400pj single channel telemetry transmitter or any
of the following multi-channel telemetry transmitters, providing they are fitted with the optional
proportional joystick ( /jp )
dtx 1000/8, dtx 1000/16, dtx 1000/8AL, dtx 1000/16AL The slave keyboard dtx 1000K can also be
used providing it is fitted with the joystick option.
TECHNICAL SPECIFICATION
Power Requirements:
Input 230 Volts 50Hz
Maximum Load:
5 A at 230 Volts 50 Hz
Fuses:
Auxiliary (F1): 5A. T
Receiver (F2): 630mA. T
Outputs:
230 Volts 50Hz
3 off single pole changeover relays with suppression fitted:
1.Wash 2.Wipe 3.Illuminators
1 off un-switched
24 Volts d.c.
1.Tilt Motor x 2 2.Tilt Brake x 2 3.Pan Motor x 2 4.Pan Brake x 2
12 Volts d.c.
1.Camera 2.Zoom, Focus & Lens Ground 3.Auto-Iris Over-ride Voltage & Return
Other
RS 232 or 485 & Twisted Pair
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Facilities/Options:
Auto tunes to the coaxial telemetry signal
Continual system status indicated by LED readouts
Self test facility
Video launch amplifier provided with GAIN and LIFT controls
12 Volt d.c. output 500mA max load provided (suitable for Camera etc.)
Colour coded outlets for: Live, Neutral and Earth
8 Alarm inputs
Up to 16 pre-set positions
On board photocell (1kW Load) programmable activation & setting
One N/C alarm output with programmable delay
Telemetry Signals:
1. Up the coax. designed to operate over a distance of 500 m using RG 59B/U coax
2. Twisted Pair 20 mA current loop.
Auto-Iris Output:
Returns to the original setting 15 seconds after key release.
The level is programmable from the Transmitter keyboard.
Will drive the override input for Cosmicar or Seiko style lens.
Video Input:
1 Volt p-p 75© Terminated Input via the BNC socket.
Video Ouput:
1 Volt p-p to 4 Volt p-p 75© Impedance via the BNC socket.
Lens Drive:
Adjustable via the VR4/LENS control over the range 6 to 12 Volts. Inching speed is adjustable via
the VR3/INCH control over the full lens voltage range. One second inching is built in.
Drives provided for Zoom, Focus and Auto-Iris Over-ride.
Presets:
Up to 16 preset positions can be stored, each position consisting of a full pan, tilt, zoom and focus
setting with 10 bit resolution.
Weatherproof Box Size and Weight :
190 mm Wide x 380 mm Long x 130 mm High 2.8kg
Programmable Features
The following features are programmable from the red coloured 8 way DIP switch:
Datum delay operations
Max and min lens speed response
Illuminator twilight threshold setting
Alarm output option
Active patrol always mode
Activate lens fine response
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P.c.b. Terminal Blocks
The terminal blocks used on the receiver p.c.b. are quick release lever action type and
consequently do not require a screwdriver to make a termination. The correct method of terminating
is as follows:-
1.Use conductors between 0.85 mm
2
and 2.5 mm
2
2.Strip the conductor to a length of 5 mm to 6 mm
3.Press down the relevant terminal block lever with a screwdriver or similar tool.
4.Insert the wire.
5.Release the lever.
Removal of a wire is the reverse procedure
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3. INSTALLATION
drx 400d.c. Installation Manual Page. 6
OPERATING VOLTAGES:
The drx 400 requires that all connections to the p.c.b. be made by the installer via terminal blocks
or by plug and socket.
The connections are: Power
Video in & Video out
Alarm in & Alarm out
Pan & Tilt outputs
Auxiliary output
Lens drive
Pre-sets
For the listed connections see the Connection Table on pages 6 & 7
The drx 400dc is supplied pre-configured to suit the application for which it is intended i.e. 24 Volt d.c.
drives for pan & tilt heads or surveillance domes
The unit is pre-wired for 230 Volts a.c. supply with 230 Volt a.c. auxiliary outputs
CONNECTIONS:
The following p.c.b. layout and table shows all the connector and terminal block locations and the
required input and output connections.
drc400dc pcb layout
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FUNCTION CONNECTION - J13
PAN MOTOR POSITIVE J13-1
PAN MOTOR NEGATIVE J13-2
PAN BRAKE POSITIVE J13-3
PAN BRAKE NEGATIVE J13-4
TILT BRAKE POSITIVE J13-5
TILT BRAKE NEGATIVE J13-6
TILT MOTOR POSITIVE J13-7
TILT MOTOR NEGATIVE J13-8
FUNCTION CONNECTION - J10
LENS PRESET POSITIVE SUPPLY J10-1
FOCUS PRESET WIPER J10-2
ZOOM PRESET WIPER J10-3
LENS PRESET NEGATIVE SUPPLY J10-4
PAN & TILT PRESET POSITIVE
SUPPLY
J10-5
PAN & TILT PRESET PAN WIPER J10-6
PAN & TILT PRESET TILT WIPER J10-7
PAN & TILT PRESET NEGATIVE
SUPPLY
J10-8
FUNCTION CONNECTION - J8
AUXILIARY FUNCTION
ILLUMINATOR NEUTRAL
J8-1
AUXILIARY FUNCTION
ILLUMINATOR EARTH
J8-2
AUXILIARY FUNCTION
ILLUMINATOR LIVE
J8-3
AUXILIARY FUNCTION WASH
NEUTRAL
J8-4
AUXILIARY FUNCTION WASH
EARTH
J8-5
AUXILIARY FUNCTION WASH LIVE J8-6
AUXILIARY FUNCTION WIPE
NEUTRAL
J8-7
AUXILIARY FUNCTION WIPE
EARTH
J8-8
AUXILIARY FUNCTION WIPE LIVE J8-9
UN-SWITCHED NEUTRAL J8-10
UN-SWITCHED EARTH J8-11
UN-SWITCHED LIVE J8-12
FUNCTION CONNECTION - J3
20 mA TWISTED PAIR J3-1
20 mA TWISTED PAIR J3-2
AUTO IRIS OVERRIDE GROUND J3-3
AUTO IRIS OVERRIDE VOLTAGE J3-4
LENS DRIVE FOCUS MOTOR J3-5
LENS DRIVE GROUND J3-6
LENS DRIVE ZOOM MOTOR J3-7
RS232 CAMERA DRIVE RX
(OPTION)
J3-8
RS232 CAMERA DRIVE GROUND
(OPTION)
J3-9
RS232 CAMERA DRIVE TX
(OPTION)
J3-10
CAMERA POWER GROUND J3-11
CAMERA POWER +12 VOLTS d.c. J3-12
FUNCTION CONNECTION - J6
ALARM OUT J6-1
ALARM OUT J6-2
ALARM INPUT GROUND 1-8 J6-3
ALARM INPUT GROUND 1-8 J6-4
ALARM INPUT GROUND 1-8 J6-5
ALARM INPUT GROUND 1-8 J6-6
ALARM INPUT GROUND 1-8 J6-7
ALARM INPUT-1 J6-8
ALARM INPUT-2 J6-9
ALARM INPUT-3 J6-10
ALARM INPUT-4 J6-11
ALARM INPUT-5 J6-12
ALARM INPUT-6 J6-13
ALARM INPUT-7 J6-14
ALARM INPUT-8 J6-15
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4. Set-up
DIAGNOSTIC AIDS
All Dedicated Micros receivers are designed to auto-tune and compensate for any discrepancies in
the transmitter signal, no further adjustments need to be made.
Two LED's marked:- ERROR and CABLE are mounted onboard (next to relay 2) to give telemetry
status information.
Their functions are as follows:-
CABLE LED
Regular blinking - Telemetry and Sync signals OK
Blinking but mainly On - No telemetry information from the transmitter
Blinking but mainly Off - No sync information from the camera
ERROR LED
On - Transmission error (e.g. framing error or parity error)
BOTH LED's
Off - No power, or major p.c.b .problem.
Two pairs of LED's marked :- FOCUS and ZOOM have also been mounted onboard (between J3 &
J10) to give lens status information.
Their functions are as follows:-
Each of the LED's will illuminate when their indicated lens function is being operated.
The two LED's in each pair are coloured red & green and will illuminate in turn as the lens motor
changes direction. The intensity of the LED is dependent on the actual lens drive voltage.
There are also two pairs of LED's marked PAN & TILT mounted onboard (adjacent to J13) to give
pan & tilt motor drive status information.
Their function s are as follows:-
Each of the LED's will illuminate when their indicated lens function is being operated.
The two LED's in each pair are coloured red & green and will illuminate in turn as the pan & tilt
motors changes direction. The intensity of the LED is dependent on the actual pan & tilt drive
voltage.
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LAUNCH AMPLIFIER
There are two variable controls, namely LIFT and GAIN, situated close to the BNC connector J1.
these are pre-adjusted for a cable distance of 500m and are adjustable to compensate for video
detail or signal losses if and when longer or shorter cable lengths are used to connect the monitor
to the receiver.
Default Position: For shorter cable lengths, turn the relevant control anti-clockwise until the
required picture quality is obtained.
For longer cable lengths, turn the relevant control clockwise until the required picture clarity is
obtained.
The purpose of each control is:-
LIFT: Boosts the high frequency signal
GAIN: Adjusts the gain of the video signal
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SELF TEST SYSTEM
The diagnostic system and status clock, which will operate each camera function in turn for two
seconds, is activated either locally, by switching the DIP switch SW1
switch 1 ON and immediately OFF, or remotely from the keyboard. When testing the system
locally, before initiating the diagnostic system and status clock ensure that the cable LED is on.
(Either flashing or continuously) If not, this indicates that either the power is not connected to the
p.c.b. or that there is a major p.c.b. error which will have to be rectified.
The ERROR LED flashes at a two second rate during self test. If the CABLE LED fails to
extinguish, then the unit is unable to self tune and should be returned to the supplier for repair.
N.B.
If the receiver is connected to a dtx1000/8AL or a dtx1000/16AL telemetry transmitter, the Alarm
Output self test will generate an alarm condition at the dtx1000 keyboard at the completion of the
test, in order to test continuity of the alarm wiring.
The pin-outs listed above as test points refer to connectors shown in the drx 400dc p.c.b. layout on
sheet .6
FUNCTION TEST POINT
CAMERA MOVES RIGHT J13-1 and 2
CAMERA MOVES LEFT J13-1 and 2
CAMERA MOVES DOWN J13-7 and 8
CAMERA MOVES UP J13-7 and 8
AUXILIARY WIPE J8-9
AUXILIARY WASH J8-6
AUXILIARY ILLUMINATORS J8-3
LENS ZOOM IN J3-7
LENS ZOOM OUT J3-7
LENS FOCUS NEAR J3-5
LENS FOCUS FAR J3-5
AUTO IRIS OVERRIDE OPEN J3-4
AUTO IRIS OVERRIDE CLOSE J3-4
ALARM OUTPUT J6-1 and 2
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PROGRAMMING THE UNIT
Programming instructions are entered via the 8 way DIP switch bank SW1 located at the top left
hand corner of the p.c.b.( as you view the row of connectors along the front edge) next to the INCH
and LENS potentiometers.
The default setting for all 8 DIP switches is OFF i.e. switch arm positioned to the left. The body of
the switch is labelled ON indicating that the ON position is to the right.
The DIP switches control the following functions when IN programming mode:
The self test function can be activated before any programming is carried out, in order to:-
(a) verify that the unit is functional.
(b) to reset the unit prior to programming
(c) Set lens / pan & tilt head preset potentiometers sense
The first three procedures from the following list of programme options involve the adjustment of the
LENS V and INCH V potentiometers. Make a note of the original potentiometer settings as they
need to be returned to that setting on exiting the Programme Mode.
Programming consists of the following steps that should be carried out in the order specified:-
a. Datum Delay Operation
Switch 8 ON Enters the Programme Mode
Adjust LENS V potentiometer as required Sets the Datum delay time
Fully anti-clockwise = 10 seconds appx.
Fully clockwise = 20 minutes appx.
Switch 4 ON then OFF Stores the assigned selected delay time to Datum Mode
Switch 8 OFF Exits Programming Mode
Return the LENS V potentiometer to its original position
N.B. Datum is a self park position stored in pre-set 1. Datum operations must be selected ON for normal operation after programming is completed and before the
settings are utilised by the unit.
See SETTINGS FOR NORMAL OPERATION page 13
SWITCH FUNCTION
SWITCH 1 Switching ON and OFF activates a Self Test sequence
SWITCH 2 Programmes Alarm output option - immediate or delayed
SWITCH 3 Activates the Patrol Mode
SWITCH 4 Programmes the Datum Option
SWITCH 5 Programmes the maximum and minimum pan & tilt speed response
SWITCH 6 Programmes the light detector twilight threshold setting
SWITCH 7 Activates the lens fine response (anti-hunting mode) OFF: Response at 1/4 “speed (default) ON: Response at inch speed
SWITCH 8 ON position selects Programming Mode
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b. Maximum and Minimum Pan & Tilt Speed Response
Switch 8 ON Enters the Programme Mode
Adjust INCH V potentiometer as required Sets the slow speed response
Adjust LENS V potentiometer as required Sets the high speed response
Switch 5 ON then OFF Stores max. and min. speed settings
Switch 8 OFF Exits Programming Mode
Return the LENS V and INCH V potentiometer to their original position
Check that the pre-set operation is still working
N.B. If the slow speed response is set too slow ,either of the following will occur
I) Control of the pan & tilt may be lost due to motor stall
ii) Pre-set operation may be intermittent or slow
If set too fast, hunting can occur whilst searching for a preset position
c. Twilight Threshold Setting
Switch 8 ON Enters the Programme Mode
Adjust the LENS V potentiometer as required Sets the twilight threshold
Anti-clockwise = twilight threshold darker
Switch 6 ON then OFF Stores twilight threshold settings
Switch 8 OFF Exits Programming Mode
Return the LENS V potentiometer to its original position
N.B. Factory set, should not need adjusting in normal use
d. Alarm Output Option
Switch 8 ON Enters the Programme Mode
Switch 2 OFF then ON Selects the delayed alarm output
Switch 8 OFF Exits Programming Mode
Switch 2 OFF Returns switch 2 to the default setting
N.B. For a new unit this step should be omitted if immediate alarm output activation is required. However, for a previously programmed unit, the following steps
revert the setup from delayed alarm output to immediate alarm operation. Delayed alarm generates A OUT alarm as the preset position is approached
Switch 8 ON Enters the Programme Mode
Switch 2 ON then OFF Returns the unit to the default setting
(immediate alarm output)
Switch 8 OFF Exits Programming Mode
e. Active Patrol Always Mode
Switch 8 ON Enters the Programme Mode
Switch 3 OFF then ON Activates patrol mode
Switch 8 OFF Exits Programming Mode
Switch 3 OFF Returns the unit to the default setting
N.B. For a new unit this step should be omitted if patrol always mode is not used. However ,for a previously programmed unit the following steps revert from Patrol
Always mode = ON to the default setting ( Patrol Always mode = OFF)
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Switch 8 ON Enters the Programme Mode
Switch 3 ON then OFF Returns the unit to the default setting
(patrol always mode = OFF)
Switch 8 OFF Exits Programming Mode
FOR A FULLER EXPLANATION SEE SETTINGS FOR NORMAL OPERATION. BELOW
f. Activate Lens Fine Response
Switch 8 ON Enters the Programme Mode
Switch 7 OFF and ON Activates the lens fine response mod
(anti-hunting mode for lenses with
sluggish response)
Switch 8 OFF Exits Programming Mode
Switch 7 OFF Returns the unit to the default setting
N.B. For a new unit this step should be omitted if lens fine response mode is not to be used. However, for a previously programmed unit, in order to revert to the
default setting the following steps should be carried out.
Switch 8 ON Enters the Programme Mode
Switch 7 ON and OFF Returns the unit to the default setting
Switch 8 OFF Exits Programming
Once all of the programmes settings are complete, the DIP switches can be set for their desired normal operation modes. This is achieved with DIP switch 8 in the
OFF position
FOR A FULLER EXPLANATION SEE SETTINGS FOR NORMAL OPERATION. BELOW
SETTINGS FOR NORMAL OPERATION
Several functions have more than one setting available for normal operation. These settings can
only be made when all of the programme settings have been carried out and Programming Mode
has been exited.
The DIP switches control the following functions when not in programming mode:
drx 400d.c. Installation Manual Page. 13
SWITCH FUNCTION
SWITCH 1 Switching ON and OFF activates a Self Test sequence
SWITCH 2 Reverses the zoom motor direction ON = Reversed
SWITCH 3 Reverses the focus motor direction ON = Reversed
SWITCH 4 Selects the Iris-Override voltage range
OFF = 2.5 to 12 Volts d.c. ON = 2.5 to 5.5 Volts d.c.
SWITCH 5 See table page 14
SWITCH 6 See table page 14
SWITCH 7 Activates the Datum option ON = Datum Activated
SWITCH 8 OFF = position selects Normal Operating Mode
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N.B. Before starting the above procedure, ensure that the DIP switch 1 is in the OFF position
Once all of the required operating settings have been selected, a self test can be performed to check the programming and operation of the unit.
PATROL MODE AND DATUM OPERATION
It is possible to initiate a patrol manually from the dtx telemetry transmitter keyboard even if patrol
always mode has not been programmed in on the receiver. The procedure is explained in the
relevant dtx telemetry transmitter handbook.
There are two separate patrols (Patrol 1 and Patrol 2)available to the operator from the dtx
telemetry transmitter keyboard.
When the receiver executes a patrol, the unit cycles through all of the stored preset positions,
always starting at preset 1.
The dtx 1000 telemetry transmitter enables the operator to store up to 16 preset positions in the
receiver.
The dtx 400 allows the operator to store 8 presets.
Presets stored in the receiver are automatically added to Patrols 1 & 2.
Individual presets can be removed from either Patrol 1 or 2, using the dtx telemetry transmitter
keyboard, enabling the operator to create two different patrol sequences.
Independent delays between preset activations, are available for each patrol programme from the
dtx telemetry transmitter keyboard.
When Patrol Always mode is selected, the unit will return to patrol mode following any power
loss.(starting with preset 1.)
When Patrol Always mode is selected the unit will revert to patrol mode after a short delay on the
cessation of manual operation. Manual operation takes priority over patrol.
Patrol Always mode permits operation of a system with no dtx telemetry transmitter keyboard
installed.
Due note should be taken that programming the receiver for Patrol Always can not be deactivated
from the dtx telemetry transmitter keyboard, deactivation requires a re-programming operation at
the receiver. (See PROGRAMMING THE UNIT section e.)
Programming the unit for Datum ON overrides patrol mode.
When Datum is selected the unit remains in that mode following any power loss.
drx 400d.c. Installation Manual Page. 14
SWITCH 5 SWITCH 6 SETTING SELECTED
OFF OFF AUX.1 Illuminator output has normal latching operation
OFF ON AUX.1 Illuminator output is controlled by photocell
a)The illuminator switch on the controller
b) On alarms and darkness
ON OFF AUX.1 Illuminator output is controlled by:-
ON ON AUX.1 Becomes a spare momentary output
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Patrol Always
To start Patrol Always mode:
1. Programme DIP switches (see page 12)
2. Start patrol 1. on the keyboard, this safety feature stops the pan & tilt moving until the patrol
is manually started. However the pan & tilt may move at any time once the patrol has been
activated.( after power down etc.)
To stop patrol always mode:
1. Programme DIP switches (see page 12)
2. Stop the patrol from a keyboard by manually panning or tilting the pan & tilt head.
PRESETS
When using the presets, ensure that the correct connection are made to the feedback
potentiometers. Pay particular attention to ensuring that the reference voltage is not connected
across one end of the potentiometer and the wiper as this may cause damage to the potentiometer.
Beyond connecting the correct wiper to each function input i.e. focus wiper to focus input etc. The
installer does dot have to worry about reversing the polarity/direction of travel. If, for instance, the
pan & tilt head has been installed inverted ,the receiver will compensate for this arrangement.
Before first requesting a goto preset instruction it is necessary to use the self test function.
To activate the self test function, switch DIP switch 1. ON then OFF
During the course of the self test the unit determines the feedback potentiometer connections for
itself. If the cabling/travel is reversed then the unit will reset the relevant direction bits within the
receiver. Subsequent searches to preset should now function correctly.
DO NOT PROGRAMME THE PRESET POSITIONS CLOSE TO END STOPS
If either lens or pan & tilt are preset at an end stop, this
action could result in intermittent preset operation
drx 400d.c. Installation Manual Page. 15
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Other Products in the Dedicated Micros Range of
Telemetry Equipment
Telemetry Receivers
drx 300 Pan, Tilt, Zoom, Focus, Iris and one Auxiliary a.c. Receiver.
drx 400 Pan, Tilt, Zoom, Focus, Iris, Four Auxiliaries and Sixteen Presets a.c. Receiver.
drx 400dc Pan, Tilt, Zoom, Focus, Iris, Three Auxiliaries and Sixteen Presets Eight Alarms
a.c. / d.c. Receiver.
Telemetry Transmitters
dtx 300 Single Channel Transmitter “Up the coax” or 20 mA current loop Telemetry
Signals.
dtx 400 Single Channel Transmitter with Presets Support, “Up the coax” or 20 mA current
loop Telemetry Signals.
dtx 400pj Single Channel Transmitter with Presets Support and Proportional Joystick and
“Up the coax” or 20 mA Current Loop Telemetry Signals.
dtx 500 Eight Channel Transmitter with Presets Support ,One Alarm input, One Monitor,
Video Switching and “Up the coax” Telemetry Signals.
(Keyboards)
dtx 1000 Multi-Channel Transmitter comprising Keyboard & Base Unit,
dtx 1000pj Preset Support, Tw Monitors, Video Switching, optional proportional joystick and
“Up the coax Telemetry Signals. This system is available in four main variants as
follows:-
(Base Units)
dtx 1000/8 Eight Channel with optional 20 mA current loop Telemetry Signals.
dtx 1000/16 Sixteen Channel with optional 20 mA current loop Telemetry Signals.
dtx 1000/AL8 Eight Channel, Sixteen Alarm inputs with optional 20 mA current loop Telemetry
Signals.
dtx 1000/AL16 Sixteen Channel, Sixteen Alarm inputs with optional 20 mA current loop Telemetry
Signals.
Accessories
dtx LD RS232 Keyboard Line Driver
drx 24 a.c. psu. 24 Volt a.c. Power Supply for converting standard 230 Volt a.c. receivers to 24
Volt a.c.
drx 400d.c. Installation Manual Page. 16
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drx 400d.c. Manuel d’installation Page. 23
FONCTION RACCORDEMENT - J13
MOTEUR DE PANORAMIQUE
POSITIVE
J13-1
MOTEUR DE PANORAMIQUE
NEGATIVE
J13-2
FREIN PANORAMIQUE POSITIVE J13-3
FREIN PANORAMIQUE NEGATIVE J13-4
FREIN INCLINAISON POSITIVE J13-5
FREIN INCLINAISON NEGATIVE J13-6
MOTEUR INCLINAISON POSITIVE J13-7
MOTEUR D’INCLINAISON
NEGATIVE
J13-8
FONCTION RACCORDEMENT - J10
PREREGLAGE OBJECTIF ALIMENTATION
POSITIVE
J10-1
MISE AU POINT PREREGLAGE ESSUIE-
GLACE
J10-2
ZOOM PREREGLAGE ESSUIE-GLACE J10-3
OBJECTIF PREREGLAGE ALIMENTATION
NEGATIVE
J10-4
PANORAMIQUE ET INCLINAISON
PREREGLAGE ALIMENTATION POSITIVE
J10-5
PANORAMIQUE ET INCLINAISON PREREGLAGE
PANORAMIQUE ESSUIE-GLACE
J10-6
PANORAMIQUE ET INCLINAISON PREREGLAGE
INCLINAISON ESSUIE-GLACE
J10-7
PANORAMIQUE ET INCLINAISON
PREREGLAGE ALIMENTATION NEGATIVE
J10-8
FONCTION RACCORDEMENT - J8
FONCTION AUXILIAIRE
PROJECTEUR NEUTRE
J8-1
FONCTION AUXILIAIRE
PROJECTEUR TERRE
J8-2
FONCTION AUXILIAIRE
PROJECTEUR CONDUCTEUR
J8-3
FONCTION AUXILIAIRE LAVE-
GLACE NEUTRE
J8-4
FONCTION AUXILIAIRE LAVE-
GLACE TERRE
J8-5
FONCTION AUXILIAIRE LAVE-
GLACE CONDUCTEUR
J8-6
FONCTION AUXILIAIRE ESSUIE-
GLACE NEUTRE
J8-7
FONCTION AUXILIAIRE ESSUIE-
GLACE TERRE
J8-8
FONCTION AUXILIAIRE ESSUIE-
GLACE CONDUCTEUR
J8-9
NON COMMUTEE NEUTRE J8-10
NON COMMUTEE TERRE J8-11
CONDUCTEUR NON COMMUTEE J8-12
FONCTION RACCORDEMENT - J3
20 mA PAIRE TORSADEE J3-1
20 mA PAIRE TORSADEE J3-2
AUTO IRIS OVERRIDE MASSE J3-3
AUTO IRIS OVERRIDE TENSION J3-4
MOTEUR D’ENTRAINEMENT OBJECTIF
MISE AU POINT
J3-5
ENTRAINEMENT OBJECTIF MASSE J3-6
MOTEUR D’ENTRAINEMENT OBJECTIF
ZOOM
J3-7
RS232 ENTRAINEMENT CAMERA RX
(OPTION)
J3-8
RS232 ENTRAINEMENT CAMERA MASSE
(OPTION)
J3-9
RS232 ENTRAINEMENT CAMERA TX
(OPTION)
J3-10
ALIMENTATION CAMERA MASSE J3-11
ALIMENTATION CAMERA +12 VOLTS c.c. J3-12
FONCTION RACCORDEMENT - J6
SORTIE ALARME J6-1
SORTIE ALARME J6-2
ENTREE ALARME MASSE 1-8 J6-3
ENTREE ALARME MASSE 1-8 J6-4
ENTREE ALARME MASSE 1-8 J6-5
ENTREE ALARME MASSE 1-8 J6-6
ENTREE ALARME MASSE 1-8 J6-7
ENTREE ALARME-1 J6-8
ENTREE ALARME-2 J6-9
ENTREE ALARME-3 J6-10
ENTREE ALARME-4 J6-11
ENTREE ALARME-5 J6-12
ENTREE ALARME-6 J6-13
ENTREE ALARME-7 J6-14
ENTREE ALARME-8 J6-15
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drx 400d.c. Manual de instalación Página. 55
FUNCIÓN CONEXIÓN - J13
SUMINISTRO POSITIVO DEL MOTOR
DE LA TOMA PANORÁMICA
J13-1
SUMINISTRO NEGATIVO DEL
MOTOR DE LA TOMA PANORÁMICA
J13-2
SUMINISTRO POSITIVO DEL FRENO
DE LA TOMA PANORÁMICA
J13-3
SUMINISTRO NEGATIVO DEL FRENO
DE LA TOMA PANORÁMICA
J13-4
SUMINISTRO POSITIVO DEL FRENO
DE LA INCLINACIÓN
J13-5
SUMINISTRO NEGATIVO DEL FRENO
DE LA INCLINACIÓN
J13-6
SUMINISTRO POSITIVO DEL MOTOR
DE LA INCLINACIÓN
J13-7
SUMINISTRO NEGATIVO DEL
MOTOR DE LA INCLINACIÓN
J13-8
FUNCIÓN CONEXIÓN - J10
SUMINISTRO POSITIVO PREAJUSTADO DE
LENTE
J10-1
LIMPIADOR PREAJUSTADO DE ENFOQUE J10-2
LIMPIADOR PREAJUSTADO DEL ZOOM J10-3
SUMINISTRO NEGATIVO PREAJUSTADO DE
LENTE
J10-4
SUMINISTRO POSITIVO PREAJUSTADO DE LA TOMA
PANORÁMICA Y LA INCLINACIÓN
J10-5
LIMPIADOR DE LA TOMA PANORÁMICA PREAJUSTADO DE
LA TOMA PANORÁMICA Y LA INCLINACIÓN
J10-6
LIMPIADOR DE LA INCLINACIÓN PREAJUSTADO DE
LA TOMA PANORÁMICA Y LA INCLINACIÓN
J10-7
SUMINISTRO NEGATIVO PREAJUSTADO DE
LA TOMA PANORÁMICA Y LA INCLINACIÓN
J10-8
FUNCIÓN CONEXIÓN - J8
CONDUCTOR NEUTRO DEL
ILUMINADOR DE FUNCIÓN AUXILIAR
J8-1
TOMA DE TIERRA DEL ILUMINADOR
DE FUNCIÓN AUXILIAR
J8-2
ACTIVO DEL DEL ILUMINADOR DE
FUNCIÓN AUXILIAR
J8-3
CONDUCTOR NEUTRO DE LA
ARANDELA DE FUNCIÓN AUXILIAR
J8-4
TOMA DE TIERRA DE LAARANDELA
DE FUNCIÓN AUXILIAR
J8-5
ACTIVO DE LA ARANDELA DE
FUNCIÓN AUXILIAR
J8-6
CONDUCTOR NEUTRO DEL
LIMPIADOR DE FUNCIÓN AUXILIAR
J8-7
TOMA DE TIERRA DEL LIMPIADOR
DE FUNCIÓN AUXILIAR
J8-8
ACTIVO DEL LIMPIADOR DE
FUNCIÓN AUXILIAR
J8-9
CONDUCTOR NEUTRO NO
CONECTADO
J8-10
TOMA DE TIERRA NO CONECTADA J8-11
ACTIVO NO CONECTADO J8-12
FUNCIÓN CONEXIÓN - J13
20 mA DE PAR TRENZADO J3-1
20 mA DE PAR TRENZADO J3-2
TOMA DE TIERRA DE SUSTITUCIÓN DEL
IRIS AUTOMÁTICO
J3-3
VOLTAJE DE SUSTITUCIÓN DEL IRIS
AUTOMÁTICO
J3-4
MOTOR DE ACCIONAMIENTO DEL
ENFOQUE DE LA LENTE
J3-5
TOMA DE TIERRA DELACCIONAMIENTO DE
LA LENTE
J3-6
MOTOR DE ACCIONAMIENTO DEL ZOOM
DE LA LENTE
J3-7
ACCIONAMIENTO DE LA CÁMARA RX RS232
(OPCIONAL)
J3-8
TOMA DE TIERRA DELACCIONAMIENTO DE LA
CÁMARA RS232 (OPCIONAL)
J3-9
ACCIONAMIENTO DE LA CÁMARA TX RS232
(OPCIONAL)
J3-10
TOMA DE TIERRA DEL SUMINISTRO
ELÉCTRICO DE LA CÁMARA
J3-11
SUMINISTRO ELÉCTRICO DE LA CÁMARA
+12 VOLTIOS C.C.
J3-12
FUNCIÓN CONEXIÓN - J6
SALIDA DE ALARMA J6-1
SALIDA DE ALARMA J6-2
TOMA DE TIERRA DE LA ENTRADA DE LA ALARMA 1-8
J6-3
TOMA DE TIERRA DE LA ENTRADA DE LA ALARMA 1-8
J6-4
TOMA DE TIERRA DE LA ENTRADA DE LA ALARMA 1-8
J6-5
TOMA DE TIERRA DE LA ENTRADA DE LA ALARMA 1-8
J6-6
TOMA DE TIERRA DE LA ENTRADA DE LA ALARMA 1-8
J6-7
ENTRADA DE ALARMA-1 J6-8
ENTRADA DE ALARMA-2 J6-9
ENTRADA DE ALARMA-3 J6-10
ENTRADA DE ALARMA-4 J6-11
ENTRADA DE ALARMA-5 J6-12
ENTRADA DE ALARMA-6 J6-13
ENTRADA DE ALARMA-7 J6-14
ENTRADA DE ALARMA-8 J6-15
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drx 400d.c. Manuale d’installazione Pagina 71
FUNZIONE CONNESSIONE - J13
MOTORE PANORAMICA J13-1
MOTORE PANORAMICA - J13-2
FRENO PANORAMICA POSITIVO J13-3
FRENO PANORAMICA - J13-4
FRENO INCLINAZIONE POSITIVO J13-5
FRENO INCLINAZIONE NEGATIVO J13-6
MOTORE INCLINAZIONE
POSITIVO
J13-7
MOTORE INCLINAZIONE
NEGATIVO
J13-8
FUNZIONE CONNESSIONE - J10
ALIMENTAZIONE POSITIVA PREIMPOSTAZIONE
OBIETTIVO
J10-1
MESSA A FUOCO PREIMPOSTAZIONE
TERGICRISTALLO
J10-2
ZOOM PREIMPOSTAZIONE TERGICRISTALLO
J10-3
OBIETTIVO PREIMPOSTAZIONE NEGATIVO J10-4
PANORAMICA E INCLINAZIONE PREIMPOSTAZIONE
ALIMENTAZIONE POSITVA
J10-5
PANORAMICA E INCLINAZIONE PREIMPOSTAZIONE
PANORAMICA TERGICRISTALLO
J10-6
PANORAMICA E INCLINAZIONE PREIMPOSTAZIONE
TERGICRISTALLO
J10-7
PANORAMICA E INCLINAZIONE PREIMPOSTAZIONE
ALIMENTAZIONE NEGATIVA
J10-8
FUNZIONE CONNESSIONE - J8
FUNZIONE AUSILIARIA
PROIETTORE NEUTRO
J8-1
FUNZIONE AUSILIARIA
PROIETTORE TERRA
J8-2
FUNZIONE AUSILIARIA
PROIETTORE FASE
J8-3
FUNZIONE AUSILIARIA LAVAGGIO
NEUTRO
J8-4
FUNZIONE AUSILIARIA LAVAGGIO
TERRA
J8-5
FUNZIONE AUSILIARIA LAVAGGIO
FASE
J8-6
FUNZIONE AUSILIARIA PULIZIA
NEUTRO
J8-7
FUNZIONE AUSILIARIA PULIZIA
TERRA
J8-8
FUNZIONE AUSILIARIA PULIZIA
FASE
J8-9
NEUTRO NON COMMUTATO J8-10
TERRA NON COMMUTATA J8-11
FASE NON COMMUTATA J8-12
FUNZIONE CONNESSIONE - J3
DOPPINO INTRECCIATO 20 mA J3-1
DOPPINO INTRECCIATO 20 mA J3-2
COMANDO MANUALE AUTO IRIS TERRA J3-3
VOLTAGGIO COMANDO MANUALE AUTO
IRIS
J3-4
MOTORE DELLA MESSA A FUOCO
DELL’OBIETTIVO
J3-5
MOTORE OBIETTIVO TERRA J3-6
MOTORE ZOOM OBIETTIVO J3-7
RS232 RX MOTORE TELECAMERA
(OPZIONE)
J3-8
RS232 MOTORE TELECAMERA TERRA
(OPZIONE)
J3-9
RS232 MOTORE TELECAMERA TX
(OPZIONE)
J3-10
TELECAMERA TERRA J3-11
ALIMENTAZIONE TELECAMERA +12 VOLT CC J3-12
FUNZIONE CONNESSIONE - J6
USCITA ALLARME J6-1
USCITA ALLARME J6-2
INGRESSO ALLARME TERRA 1-8 J6-3
INGRESSO ALLARME TERRA 1-8 J6-4
INGRESSO ALLARME TERRA 1-8 J6-5
INGRESSO ALLARME TERRA 1-8 J6-6
INGRESSO ALLARME TERRA 1-8 J6-7
INGRESSO ALLARME-1 J6-8
INGRESSO ALLARME-2 J6-9
INGRESSO ALLARME-3 J6-10
INGRESSO ALLARME-4 J6-11
INGRESSO ALLARME-5 J6-12
INGRESSO ALLARME-6 J6-13
INGRESSO ALLARME-7 J6-14
INGRESSO ALLARME-8 J6-15
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