Whelen Engineering Company ISP75Q Manual de usuario
Page 1
®
ENGINEERING COMPANY INC.
51 Winthrop Road
Chester, Connecticut 06412-0684
Phone: (860) 526-9504
Fax: (860) 526-4078
Internet: www.whelen.com
Sales e-mail: autosale@whelen.com
Canadian Sales e-mail: autocan@whelen.com
Customer Service e-mail: custserv@whelen.com
Automotive: Power Supplies
Installation Guide:
Intelligent Strobe Power Supply
Model: ISP75Q
Safety First
This document provides all the necessary information to allow your Whelen product to be properly and safely installed.
Before beginning the installation and/or operation of your new product, the installation technician and operator must
read this manual completely. Important information is contained herein that could prevent serious injury or damage.
• Proper installation of this product requires the installer to have a good understanding of automotive
electronics, systems and procedures.
• If mounting this product requires drilling holes, the installer MUST be sure that no vehicle components or
other vital parts could be damaged by the drilling process. Check both sides of the mounting surface
before drilling begins. Also de-burr any holes and remove any metal shards or remnants. Install grommets
into all wire passage holes.
• If this manual states that this product may be mounted with suction cups, magnets, tape or Velcro™,
clean the mounting surface with a 50/50 mix of isopropyl alcohol and water and dry thoroughly.
• Do not install this product or route any wires in the deployment area of your air bag. Equipment mounted
or located in the air bag deployment area will damage or reduce the effectiveness of the air bag, or
become a projectile that could cause serious personal injury or death. Refer to your vehicle owners
manual for the air bag deployment area. The User/Installer assumes full responsibility to determine proper
mounting location, based on providing ultimate safety to all passengers inside the vehicle.
• For this product to operate at optimum efficiency, a good electrical connection to chassis ground must be
made. The recommended procedure requires the product ground wire to be connected directly to the
NEGATIVE (-) battery post.
• If this product uses a remote device to activate or control this product, make sure that this control is
located in an area that allows both the vehicle and the control to be operated safely in any driving
condition.
• Do not attempt to activate or control this device in a hazardous driving situation.
• It is recommended that these instructions be stored in a safe place and referred to when performing
maintenance and/or reinstallation of this product.
• FAILURE TO FOLLOW THESE SAFETY PRECAUTIONS AND INSTRUCTIONS COULD RESULT IN DAMAGE
TO THE PRODUCT OR VEHICLE AND/OR SERIOUS INJURY TO YOU AND YOUR PASSENGERS!
©2008 Whelen Engineering Company Inc.
Form No.14214 (081408)
For warranty information regarding this product, visit www.whelen.com/warranty
Page 2
This ISP75Q Intelligent Strobe Power Supply (hereafter
collectively refered to as “ISP”) can be installed in many different
types of vehicles. The guidelines for the installation of this product
are written so that no matter what vehicle is being used, the
installation and operation of the ISP will be simple and straight
forward.
Section 1: Selecting a mounting location
A good choice for a mounting area would be a trunk or similar
compartment. However, due to the wide variety of vehicles onto
which the ISP can be installed, this is not always possible. The
following guidelines will help the installer select an acceptable
alternative:
• The ISP should be mounted on a metal surface to aid
heat dissipation. Be sure that this surface is not one that
either generates or is exposed to excessive heat during
normal operation of the vehicle.
• Do not select a location where the ISP will be exposed to
potential damage from any unsecured or loose
equipment in the vehicle.
• Be sure the area selected will not allow the ISP to be
exposed to water.
• When routing wires, it is important to choose a path that
will keep them away from excessive heat and from any
vehicle equipment that could compromise their integrity
(ex. trunk lids, door jams, etc.).
• Be sure your mounting location does not block the
cooling fan in the rear of the unit. (Fig. 1)
• When the best mounting location has been determined,
securely fasten the ISP to its mounting surface using the
supplied hardware.
IMPORTANT! All customer supplied wires that connect to the
positive terminal of the battery must be sized to supply at
least 125% of the maximum operating current and FUSED at
the battery to carry that load. DO NOT USE CIRCUIT
BREAKERS WITH THIS PRODUCT!
WARNING! When extending the communication wires
(BLUE & GREY), use either the Whelen 25ft cable (P/N 46-
9641638250) or similar “twisted pair” wires.
Caution: As it will be necessary to drill holes into the
mounting surface, the installer MUST be sure that no
vehicle components or other vital parts could be
damaged by the drilling process. Check both sides of
the mounting surface before drilling begins.
Section 2: Operating Instructions:
The ISP has been designed to emulate the operations of four
different types of power supplies:
Alternating Outlets. . . . . . . . . . . . . . . . . . . . . Alt. 2X2
Simultaneous Outlets (by pairs) . . . . . . . .Simul. 2X2
Simultaneous Outlets . . . . . . . . . . . . . Simul. 2X1X1
S.C. (Serial Communication). . . . . . . . . . . . . Custom
Select the desired operational mode by configuring dip switches
1, 2 & 5, located on the front panel of the power supply. The use of
dip switches 3 & 4 is explained in the “Hi-Lo Power” section.
The following will explain how to place the ISP into each of these
respective modes, as well as outline the operational procedures
for each mode.
Emulation Modes
Mode 1: Alternating Outlets (default configuration)
Dip Switches
Dip Switch configuration for Alternating Outlet-mode:
Dip Switch 1 -OFF
Dip Switch 2 - OFF
Dip Switch 5 - OFF
Control Wires
In this configuration, applying +12VDC to the control wires (using
customer supplied switches) will have the following results:
Control Wire #1 = Outlets 1 & 2 enabled
Control Wire #2 = Outlets 3 & 4 enabled
Control Wire #3 = All Outlets enabled
Control Wire #4 = See Section 3: Hi/Lo Power)
Flash Patterns: See Section 4.
Mode 2: Simultaneous Outlet Mode
Dip Switches
Dip Switch configuration for Simultaneous Outlet-mode:
Dip Switch 1 - ON
Dip Switch 2 - OFF
Dip Switch 5 - OFF
Control Wires
In this configuration, applying +12VDC to the control wires (using
customer supplied switches) will have the following results:
Control Wire #1 = Outlets 1 & 3 enabled
Control Wire #2 = Outlets 2 & 4 enabled
Control Wire #3 = All Outlets enabled
Control Wire #4 = See Section 3: Hi/Lo Power
Flash Patterns: See Section 4.
Page 3
Mode 3: Simultaneous Mode
Dip Switches
Dip switch configuration for Simultaneous -Mode:
Dip Switch 1 - OFF
Dip Switch 2 - ON
Dip Switch 5 - OFF
Control Wires
In this configuration, applying +12VDC to the control wires (using
customer supplied switches) will have the following results:
Control Wire #1 = Outlets 1 & 3 enabled
Control Wire #2 = Outlet 2 enabled
Control Wire #3 = Outlet 4 enabled
Control Wire #4 = See Section 3: Hi/Lo Power
Flash Patterns: See Section 4.
Mode 4: S.C. (Serial Communication) Mode
NOTE: When the ISP is configured for S.C. mode, it is important
to understand that the connections and operational procedures
used are quite different from any of the other modes. In S.C.
mode, Comet Flash is the only available pattern.
Dip Switches
S.C. emulation is accomplished by placing Dip Switch 5 in the ON
position. At this point, the remaining Dip Switches (1 thru 4) are
used to configure the address of the ISP for use in a S.C. system.
The addressing properties function as follows:
To Configure Address 1: To Configure Address 2:
Dip Switch 1 - ON Dip Switch 1 - OFF
Dip Switch 2 - OFF Dip Switch 2 - ON
Dip Switch 3 - OFF Dip Switch 3 - OFF
Dip Switch 4 - OFF Dip Switch 4 - OFF
Dip Switch 5 - ON Dip Switch 5 - ON
To Configure Address 3: To Configure Address 4:
Dip Switch 1 - OFF Dip Switch 1 - OFF
Dip Switch 2 - OFF Dip Switch 2 - OFF
Dip Switch 3 - ON Dip Switch 3 - OFF
Dip Switch 4 - OFF Dip Switch 4 - ON
Dip Switch 5 - ON Dip Switch 5 - ON
Control Wires
In this configuration, control wires 1, 2, 3 & 4 are not used to
enable outlets or control Hi/Lo power activation, as with the
previous modes. Outlet control and Hi/Lo power activation is
handled by the S.C. Multi-Purpose Controller.
Section 3: Hi/Lo Power
Hi/Lo power activation and functionality can be configured in any
of 4 available modes, depending upon how Dip Switches 3 & 4
are positioned. Table 2 on Page 4 outlines each of the 4
configurations and their attributes. NOTE: In S.C. emulation
mode, Hi/Lo power activation is controlled with an S.C. Multi-
Purpose Controller.
Section 4: Flash Patterns
The ISP can generate up to 8 flash patterns by activating the 4
Pattern Control wires, either individually or in combination. NOTE:
in S.C. mode, Comet Flash is the only available pattern. Table 1
on page 4 outlines all of the available patterns and the wire
activations needed to produce them.
Section 5: Diagnostix™ (Optional)
The optional Diagnostix™ display allows the operator to confirm
proper operation of not only the 4 outlets on the ISP, but of the
strobe light and strobe cable connected to these outlets as well.
Each LED indicator on the Diagnostix™ display, provides
diagnostic information for one outlet. For example; LED #1
monitors Outlet #1, etc. The LED’s appearance indicates the
condition of it’s corresponding outlet. Refer to Table 3 on Page 4.
Page 4
ALL SWITCHES ARE CUSTOMER SUPPLIED
WHELEN
DIAGNOSTIC
INDICATOR
4
3
2
1
INDICATOR PANEL
TO DIAGNOSTIC
PATTERN 4
PATTERN 2
PATTERN 1
WHITE
BROWN
ORANGE PATTERN 3
GREY
BLUE
CTRL 3
DIP SWITCH
CONFIGURATION
COMM.
CONTROL
PATTERNS
POWER
1-CTRL 1
2-CTRL 2
3-CTRL 3
4-LO PWR 3&4
1&2 + BAT.
GROUND
ALTERNATING ALTERNATING
OUTLETS
12 3 4
RED
RED
BLACK
BLACK
VIOLET
YELLOW
GREEN
WHITE
RED
BLACK
TO DESIRED LIGHTHEAD
ASSEMBLY.
(TYP. 4 PLACES)
12V BATTERY
+12VGROUND
CTRL 1
CTRL 2
LO PWR
(SUPPLIED BY
3 AMP FUSE
CUSTOMER)
15 AMP FUSE
(SUPPLIED BY
CUSTOMER)
®
DIAGNOSTIC
12345
ISP75Q SPECIFICATIONS
25 ft. Communication Cable
(Twisted Pair)
P/N 46-9641638250
GREY
BLUE
FUSE
BLUE:
to RS485A
GREY:
to RS485B
TO
S.C.
Network
V-INPUT..................
I-IN@12.8V...............
OPERATINGTEMP.........
FLASHRATE.............. ..........
JOULESHI(perlamp)......
JOULESLO(perlamp).....
OUTPUTPOWER..........
OUTPUTPEROUTLET .....
12.8VDC±20%
7 AMPS (TYP.)
-40°C TO +75°C
ALT. 2x2 150 FPM, COMET
SIMUL.2x2........140FPM,COMET
SIMUL.2x1x1......140FPM,COMET
S.C...............150FPM,COMET
6/2/2/2(TYP)
2/2/2/2(MIN)
75 WATTS (MAX)
17.5 WATTS (TYP)
If the
LED is...
OFF
ON continuously
ON continuously
with a single flash
every few seconds
Flashing
rapidly
Either the outlet in question is not enabled, or the power supply is not turned on.
The outlet, strobe cable and strobe light in question are functioning properly.
Either the outlet, strobe cable and/or strobe light in question are malfunctioning.
In this condition, further investigation of the components is strongly recommended
The ISP is operating in Lo power mode.
then...
Hi/Lo Mode
Type
Latched
Level
Toggle
DISABLED
Momentary
Momentary
NONE
Single Pole/
Single Throw
Apply +12VDC to
VIOLET control wire
Apply +12VDC to
VIOLET control wire
Apply +12VDC to
VIOLET control wire
No Lo Power Operation
In This Mode
Turn all strobe outlets
off and then on.
Apply +12VDC to
VIOLET control wire
Not
Applicable
Remove +12VDC from
VIOLET control wire
OFF
ON
OFF
ON
OFF
OFF
ON
ON
Recommended
Switch type
To Enable
Lo Power Operation
To Restore
Hi Power Operation
Dip Switch
3
Dip Switch
4
ISP75Q Wiring Diagram
Table 2
Table 1
Table 3
FLASH PATTERNS:
=
+12VDC
TRIPLE FLASH
MICRO-BURST 3
MICRO-BURST 2
SEQUENTIAL
MODU-FLASH
RAPID RANDOM
DOUBLE FLASH
COMET FLASH*
4
3
2
1
PATTERN
WIRE
PATTERN TYPE
* Only pattern available in
Serial Communication mode
Pattern Wire 1 = BROWN
Pattern Wire 2 = WHITE
Pattern Wire 3 = GREY
Pattern Wire 4 = ORANGE
Tabla de contenidos
Otros manuales de Fuente de alimentación de Whelen Engineering Company
Whelen Engineering Company
Whelen Engineering Company UPS690 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company ISP94A Manual de usuario
Whelen Engineering Company
Whelen Engineering Company CS240S Manual de usuario
Whelen Engineering Company
Whelen Engineering Company UPS158A Manual de usuario
Whelen Engineering Company
Whelen Engineering Company Edge 9000 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company CS650 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company ISP8HS Manual de usuario
Whelen Engineering Company
Whelen Engineering Company WPPS690 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company ISP188 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company WPPSC694 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company CSP69024 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company CSP690 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company WPPS6924 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company UPS69024 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company CSP8120 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company CS220 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company UPS64LX Manual de usuario
Whelen Engineering Company
Whelen Engineering Company ISP9424A Manual de usuario
Whelen Engineering Company
Whelen Engineering Company UPS148C Manual de usuario
Whelen Engineering Company
Whelen Engineering Company UPS158 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company WPPS6922 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company UPS64HA Manual de usuario
Whelen Engineering Company
Whelen Engineering Company ISP18824 Manual de usuario
Whelen Engineering Company
Whelen Engineering Company UPS-64C Manual de usuario
