s
Installation Instructions for Siemens - Fire Safety
U-MHU-WP Sync/Non-Sync Electronic Horn w/Volume Control and
U-MHU-S110-1 Sync/Non-Sync Electronic Horn w/Volume Control with Non-Sync Strobe and
U-MHU-S110S-1 Sync/Non-Sync Electronic Horn w/Volume Control with Sync Strobe
IMPORTANT! - All audible and visual signaling appliances must be installed
in accordance with all applicable national and local fire alarm codes and any
other required regulatory agency. As with all fire equipment periodic testing is
required (Ref. NFPA 72). Signals should be tested at least two times a year
and more often if required by local and/or state codes. Defective devices
must be replaced immediately. Field repair of these signals is not to be
attempted. Malfunctioning units should be returned to the factory for repair or
replacement.
The U-MHU-WP, U-MHU-S110-1 and U-MHU-S110S-1 Electronic Signal and
the Strobe lights must be connected to a compatible signal circuit with an
appropriate voltage. These units are designed for operation on both DC and
FWR voltage sources.
The U-MHU-WP, U-MHU-S110-1 and U-MHU-S110S-1 Electronic Signal and
the Strobe lights are for outdoor use, -31ºF to 150ºF (-35ºC to 66ºC) with a
maximum humidity of 98% RH +/-2%. They can only be wall mounted.
The audible and strobe light can be installed in systems needing synchronization (See Fig. 8). For synchronization a Model DSC(-W) Sync Control unit
or a compatible source of Siemens Sync Protocol must be wired electrically
before the strobes. The audible device can be silenced while the strobe
continues to flash. For synchronization load requirements see Installation
Instructions for the Siemens Sync Control device.
The maximum number of U-MHU-S110S-1 sync strobe lights per circuit is
10. The maximum line impedance between any two adjacent strobes to still
remain in sync is 30 ohms.
Note: Do not exceed maximum recommended line impedance, current and
voltage drop specified for the Notification Appliance Circuit.
The U-MHU-WP and U-MHU-S110-1 can also operate with a non-synchronized continuous or temporal audible signaling pattern (jumper selectable)
and continuous non-synchronized strobe light when connected to a
compatible Notification Appliance Circuit (NAC) of a Fire Alarm Control Panel.
The output voltage of the (NAC) must be continuous (non-pulsing).
Note: The 3 pulse temporal pattern is to be used for evacuation only.
DEVICE SPECIFICATIONS:
Audible Signal Type: Electronic Signal,
Sync Mode Temporal, MTB, Coded
Non-Sync Mode Temporal, Continuous
Strobe Type: Sync or Non-sync, Selectable candela
Audible Operating Voltage Range Limits:
Special Application 16-32V DC & FWR
Audible Signal Current: See Chart
Strobe Operating Voltage Range Limits:
Special Application 20-31V DC & FWR
Strobe current: See Chart
Units are for outdoor use, -31ºF to 150ºF (-35ºC to 66ºC) with a maximum
humidity of 98% RH +/-2%.
SPECIFICATIONS: Visual Signaling Appliance
M odel Number
U-M HU-S110-1
U-M HU-S110S-1
Listed UL 1638 Output
(at -35 Degrees C)
100 cd
(34 cd)
100 cd
(34 cd)
Listed UL 1971 Output
110 cd
110 cd
Light Output
(For +/- Degrees on Axis)
110 cd
110 cd
Listed Operating
Voltage Range Limits
*M aximum Operating
Current FWR & DC
20V
.266 Amps
.257 Amps
24V
.249 Amps
.249 Amps
31V
.246 Amps
.239 Amps
20V
.444 Amps
.456 Amps
24V
.452 Amps
.436 Amps
31V
.606 Amps
.566 Amps
Initial Inrush Current
.638 Amps
.636 Amps
Strobe Flash Rate
1 Per Second
@ 24V
1.0 to 1.1 Per Second
(Controlled by DSC Sy nc M od.)
Peak Operating
Current FWR & DC
SPECIFICATIONS: Audible Signaling Appliance
Audible Ratings
Pattern Voltage
DC or
FWR
Max Volume
Control
Min Volume
Control
dB @ RMS dB @
10 ft. Current 10 ft
RMS
Current
Steady
16
84.7
22ma
80.1
39ma
Steady
24
87.8
30ma
83.3
54ma
Steady
32
89.3
41ma
86.1
61ma
Temporal
16
80.6
22ma
76
39ma
Temporal
24
83.6
30ma
79.3
54ma
Special Application
20 - 31V DC or FWR
These Strobes were only tested to the operating voltage limits of 20V and
31V. Do Not apply 80% and 110% of these values for system operation.
U.L. 1638 Standard covers visual signaling devices for private-mode
emergency and general utility signaling.
U.L. 1971 Standard covers emergency signaling devices for the hearing
impaired.
U.L. 1971 Installation Requirements
Temporal
32
85.5
41ma
82.0
61ma
These Horns were only tested to the operating voltage limits of 16V and 32V.
Do Not apply 80% and 110% of these values for system operation.
An ISO Certified Company
Made in the USA
Siemens Building Technologies, Inc.
8 Fernwood Road
Florham Park, New Jersey 07932
P/N 315-149460-2
Area to be
signaled
Mounting height 1
Minimum required
intensity 2
Sleeping
More than 24" to
the Ceiling
110 CD
Non-Sleeping
Per NFPA 72
15 CD
1 Distance to ceiling is measured from the top of the signal light lens to the
ceiling.
2 The values noted for required intensity are expressed in minimum candela
- effective intensity.
PAGE 1 OF 8
04/23/04
UL 1971 HORIZONTAL DISPERSION
0°
WALL
UL 1971 VERTICAL DISPERSION
0°
45°
45°
90°
90°
STROBE
WALL
90°
UL 1971 CEILING DISPERSION
CEILING
90°
0°
FLOOR
FLOOR
VERTICAL DISPERSION IS MEASURED IN
BOTH THE X AND Y PLANES
Minimum
Candela
Degrees
-110
Minimum
Candela
Degrees
-110
0
110
5 to 30
99
Minimum
Candela
Degrees
-110
0
110
35
7.5
0
110
5 to 25
99
40
50.6
5 to 25
99
30 to 45
82.5
45
37.4
30 to 45
82.5
50
60.5
50
29.7
50
60.5
55
49.5
55
24.2
55
49.5
60
44
60
19.8
60
44
65
38.5
65
17.6
65
38.5
70
38.5
70
16.5
70
38.5
75
33
75
14.3
75
33
80
33
80
13.2
80
33
85
27.5
85
13.2
85
27.5
90
27.5
90
13.2
90
27.5
UL1638
HORIZONTAL DISPERSION
UL1638
VERTICAL DISPERSION
0°
45°
Minimum
Candela
45°
Minimum
Candela
Degrees
Degrees
-100
-100
0
100
STROBE
90°
90°
99
5 to 25
99
35
7.5
30 to 45
82.5
40
50.6
50
60.5
45
37.4
55
49.5
50
29.7
44
55
24.2
60
19.8
65
17.6
70
16.5
75
14.3
80
13.2
85
13.2
90
13.2
60
65
38.5
70
38.5
75
P/N 315-149460-2
0
5 to 30
100
WALL
0°
WALL
33
80
33
85
27.5
90
27.5
90°
FLOOR
PAGE 2 OF 8
04/23/04
Mounting Instructions
Wiring Note: Individual wires (especially heavy gauge wire) should be bent at 90° before attaching to screw. Wiring should
then carefully be pushed back into back box to minimize stress on the terminal block.
WARNING: The backbox must be wall mounted. Be certain that the mounting surface is flat and the wall completely
covers the back surface of the backbox. The drain holes in the backbox must be facing down and the word "TOP" must
be facing up. The knockouts in the rear of the backbox must remain intact in outdoor or NEMA 3R applications.
MT-SUR-BOX
Adapter Plate
U-MHU-WP Electronic Horn (Fig. 1)
1.
2.
3.
4.
5.
6.
Install the MT-SUR-BOX weatherproof backbox using
the two screws provided, making sure that "TOP" is
facing up and the drains are facing down. The backbox
knock-out opening is sized for 1/2" conduit and matching connector. A proper watertight conduit fitting must be
used to connect the backbox for outdoor applications.
Pull the wires from the MT-SUR-BOX weatherproof box
through the large opening in the adapter plate.
Mount the adapter plate to the weatherproof box using
the
appropriate screws provided. Make sure that the
adapter plate is mounted in the upright position (arrows
pointing up).
Connect wiring (see Fig. 3 or 4).
Mount the grill on to the adapter plate and secure in
place with the appropriate screw provided.
Test unit for proper operation.
(4) #8-32 x 1”
Pan Phillips thread
cutting screws
U-MHU-WP
#6 x 1 1/4 Pan
Phillips thread
cutting screw
TIGHTEN SCREW UNTIL SNUG
DO NOT OVERTIGHTEN
Fig. 1 (U-MHU-WP)
MT-SUR-BOX
U-MHU-S110-1 and U-MHU-S110S-1 Electronic
Horn/Strobe (Fig. 2)
1.
2.
3.
4.
5.
6.
Install the MT-SUR-BOX weatherproof backbox using the
two screws provided, making sure that "TOP" is facing up
and the drains are facing down. The backbox knock-out
opening is sized for 1/2" conduit and matching connector.
A proper watertight conduit fitting must be used to connect
the backbox for outdoor applications.
Pull the wires from the MT-SUR-BOX weatherproof box
through the large opening in the adapter plate.
Mount the adapter plate to the weatherproof box using the
appropriate screws provided. Make sure that the adapter
plate is mounted in the upright position (arrows pointing
up).
Connect wiring (see Fig. 5, 6, 7, or 8).
Mount the grill on to the adapter plate and secure in place
with the appropriate screw provided.
Test unit for proper operation.
Adapter Plate
(4) #8-32 x 1”
Pan Phillips thread
cutting screws
U-MHU-S110(S)-1
#6 x 1/2 Pan
Phillips thread
cutting screw
TIGHTEN SCREW UNTIL SNUG
DO NOT OVERTIGHTEN
Fig. 2 (U-MHU-S110-1 and U-MHU-S110SAdjustment Slot
Volume Control is Factory-set for maximum volume. (fully Clockwise)
See Wiring Diagrams for location of adjustment slot.
P/N 315-149460-2
PAGE 3 OF 8
1)
04/23/04
Wiring Diagrams
NOTE: UNITS TO BE ONLY INSTALLED IN ACCORDANCE WITH THE NATIONAL ELECTRICAL CODE AND LOCAL ELECTRICAL CODES.
DO NOT LOOP WIRE, CUT WIRE RUN TO PROVIDE ELECTRICAL SUPERVISION
Terminals are designed to accept no larger than 12 ga. wire.
Typical Wiring for U-MHU-WP for Synchronized Operation with DSC(-W) Dual Sync Control Module
(Sync and Silenceable Operation)
Polarity Shown In Alarm Condition
Audible Control
From control panel silenceable Notification Appliance Circuit (N.A.C.)
Audible Power
From control panel steady (non-pulsing) non-silenceable Notification Appliance Circuit (N.A.C.)
Individual wires (especially heavy
gauge wire) should be bent at 90°
before attaching to screw. Wiring
should then carefully be pushed
back into back box to minimize
stress on the terminal block.
DSC(-W)
Special Application
16-32V
DC or FWR
Jumper Selection
not used in
Synchronized Operation
Supervised and
powered by
Non-Silenceable
N.A.C. from Fire
Alarm Control Unit
MAX.
4VOL.1
MAX.
4VOL.1
3
3
2
2
To Next Device
or E.O.L.
Fig. 3
Typical Wiring for U-MHU-WP for Non-Synchronized Operation
Polarity Shown In Alarm Condition
From control panel,
steady silenceable Notification Appliance Circuit (N.A.C.)
Individual wires (especially heavy
gauge wire) should be bent at 90°
before attaching to screw. Wiring
should then carefully be pushed
back into back box to minimize
stress on the terminal block.
Jumper Selection
On = Temporal Horn
Off = Steady Horn
Jumper selection
is only for use in
Non-synchronized
operation
MAX.
4VOL.1
MAX.
4VOL.1
3
3
2
2
To Next Device
or E.O.L.
Fig. 4
P/N 315-149460-2
PAGE 4 OF 8
04/23/04
Wiring Diagrams
NOTE: UNITS TO BE ONLY INSTALLED IN ACCORDANCE WITH THE NATIONAL ELECTRICAL CODE AND LOCAL ELECTRICAL CODES.
DO NOT LOOP WIRE, CUT WIRE RUN TO PROVIDE ELECTRICAL SUPERVISION
Terminals are designed to accept no larger than 12 ga. wire.
Typical Wiring for U-MHU-S110-1 for Non-Synchronized Operation
Audible Signal and Strobe on Same Circuit
Polarity Shown In Alarm Condition
Notes:
1. When audible and strobe units are powered from the same source, the 20-31 V rating must be used.
2. When audible and strobe units are powered from the same source, add the currents for both devices.
From control panel,
steady silenceable Notification Appliance Circuit (N.A.C.)
1 2
4 3
Leave Jumpers in Place
(Strobe and Audible Signal are to
Operate on the Same Circuit)
1 2
4 3
MAX.
VOL.
MAX.
VOL.
NOTE: Signal and Strobe Must be Connected
to a Non-Pulsing Notification Appliance Ckt.
Individual wires (especially
heavy gauge wire) should be
bent at 90° before attaching
to screw. Wiring should then
carefully be pushed back into
back box to minimize stress
on the terminal block.
Jumper Selection
On = Temporal Horn
Off = Steady Horn
Jumper selection
is only for use in
Non-synchronized
operation
To Next Device
or E.O.L.
Fig. 5
Typical Wiring Diagram for U-MHU-S110-1 Non-Synchronized Operation of
Audible Signal and Strobe on Separate Circuits
1
MAX.
VOL.
4
2
3
Jumper Selection
(See Note)
On = Temporal Horn
Off = Steady Horn
NOTE: STROBES MUST BE
CONNECTED TO A NON-PULSING
NOTIFICATION APPLIANCE CKT.
TO NEXT DEVICE OR E.O.L.
FROM CONTROL PANEL
OR PREVIOUS DEVICE
STROBE NOTIFICATION
APPLIANCE CKT.
CUT JUMPERS (AUDIBLE
SIGNAL AND STROBE ON
SEPARATE CIRCUITS)
ALARM POLARITY SHOWN
+
AUDIBLE NOTIFICATION
APPLIANCE CKT.
Note: Jumper selection is only for
use in Non-synchronized operation
P/N 315-149460-2
Fig. 6
PAGE 5 OF 8
Individual wires (especially heavy gauge wire)
should be bent at 90° before attaching to screw.
Wiring should then carefully be pushed back into
back box to minimize stress on the terminal block.
04/23/04
Wiring Diagrams
NOTE: UNITS TO BE ONLY INSTALLED IN ACCORDANCE WITH THE NATIONAL ELECTRICAL CODE AND LOCAL ELECTRICAL CODES.
DO NOT LOOP WIRE, CUT WIRE RUN TO PROVIDE ELECTRICAL SUPERVISION
Terminals are designed to accept no larger than 12 ga. wire.
Typical Wiring for U-MHU-S110S-1 for Synchronized Operation with DSC(-W) Dual Sync Control Module
Audible Signal and Strobe on Same Circuit (Audible Signal and Strobe Synchronized), Audible Signal Silenceable
Polarity Shown In Alarm Condition
Notes:
1. When audible and strobe units are powered from the same source, the 20-31 V rating must be used.
2. When audible and strobe units are powered from the same source, add the currents for both devices.
Audible Control
From control panel silenceable Notification Appliance Circuit (N.A.C.)
Audible and Strobe Power
Leave Jumpers in Place
(Strobe and Audible Signal are to
Operate on the Same Circuit)
From control panel steady (non-pulsing) non-silenceable Notification Appliance Circuit (N.A.C.)
1 2
4 3
1 2
4 3
MAX.
VOL.
MAX.
VOL.
DSC(-W)
Special Application
16-32V
DC or FWR
Individual wires (especially
heavy gauge wire) should be
bent at 90° before attaching
to screw. Wiring should then
carefully be pushed back into
back box to minimize stress
on the terminal block.
Supervised and
powered by
Non-Silenceable
N.A.C. from Fire
Alarm Control Unit
Jumper Selection
not used in Synchronized Operation
To Next Device
or E.O.L.
Fig. 7
Typical Wiring Diagram for U-MHU-S110S-1 Non-Synchronized Operation of Audible Signal and
Synchronized Operation of Strobe on Separate Circuits
Strobe Power
From control panel steady (non-pulsing) non-silenceable
Notification Appliance Circuit (N.A.C.) or previous notification appliance.
1
1
2
MAX.
VOL.
4 3
CUT JUMPERS (AUDIBLE
SIGNAL AND STROBE ON
SEPARATE CIRCUITS)
2
MAX.
VOL.
4 3
DSC(-W)
Special Application
16-32V
DC or FWR
NOTE: STROBES MUST BE
CONNECTED TO A
NON-PULSING NOTIFICATION
APPLIANCE CKT.
Jumper Selection
(See Note)
On = Temporal Horn
Off = Steady Horn
SUPERVISED AND
POWERED BY
NON-SILENCEABLE
N.A.C. FROM FIRE
ALARM CONTROL UNIT.
TO NEXT DEVICE
OR E.O.L.
FROM CONTROL PANEL
AUDIBLE N.A.C. OR
PREVIOUS AUDIBLE DEVICE
Note: Jumper selection is only for
use in Non-synchronized operation
P/N 315-149460-2
TO NEXT DEVICE
OR E.O.L.
Fig. 8
PAGE 6 OF 8
Individual wires (especially heavy gauge wire)
should be bent at 90° before attaching to screw.
Wiring should then carefully be pushed back into
back box to minimize stress on the terminal block.
04/23/04
IMPORTANT PRODUCT WARNING AND LIMITATION INFORMATION FOR
AUDIBLE AND VISUAL NOTIFICATION DEVICES
GENERAL INFORMATION
WARNING- Failing to read, understand and follow the information in this document and the associated product
installation documentation could result in serious injury and damage of property or severe loss of life and property.
IMPORTANT-
The following information should be read and understood thoroughly BEFORE INSTALLATION by the installing
party AND AFTER INSTALLATION by the using and maintaining parties. The following information should also be kept on file and made
available for future reference by subsequent re-installing, using and maintaining parties.
It is the original purchaser's/installer's responsibility to insure the above occurs. Additional copies of the information contained and
referred to in this document are available upon request from the original manufacturer as labeled on the product. This document is not
intended as a training manual or a substitute for the services of qualified personnel in the system design, application, installation,
maintenance and testing of notification devices nor does it cover all possible conditions which might arise in improper use of these
devices. Notification devices are designed for use as a component of a complete and properly functioning protective signalling system
as defined by (but not limited to ) the latest codes of The National Fire Protection Association (NFPA), Underwriter's Laboratories (UL),
The National Electrical Code (NEC), The Occupational Safety And Health Administration (OSHA), and The Local Authority Having
Jurisdiction (AHJ) (i.e.. Local, County, state and Federal agencies and/or Building/Fire Protection Codes, guidelines and laws.) The
above listed should also be consulted in matters of system design, installation, operation, maintenance and testing. As a component, the
notification device(s) must rely on the rest of the system for both primary and backup operating power as well as activation and
supervision. Because of this it is IMPERATIVE that these Notification Devices be electronically compatible with, and installed in
accordance with, other system components and their associated installation requirements. Reference should be made to documentation supplied with other system components to insure compatibility and proper installation. The entire system as a whole should be tested
regularly by qualified personnel to insure proper operation of all system components including the notification device(s). Overall system
design, compatibility, application, installation, maintenance and testing operations should be performed and/or overseen by competent
qualified personnel and approved by the Local Authority Having Jurisdiction.
In general, Notification Devices are to be used to warn (or alarm/alert) local personnel of a serious situation. When the device(s) activate
it requires immediate attention to the situation indicated and action according to a predetermined plan. Plans which do not include
components of both evacuation and notification of the appropriate local authorities are not recommended. Plans which do not call for
immediate attention to the condition indicated should not be considered.
IMPORTANT-
GENERAL APPLICATION INFORMATION
Proper notification device location and coverage (i.e.. number of devices used and, type of sound output, quantity of
sound and/or light output, etc.) must be engineered into the design of the overall system. To do this successfully requires proper product,
code and guideline knowledge along with extraordinary care and good judgment. In all cases it is strongly recommended that the
services of a qualified professional be obtained and that the final results be approved by the Local Authority Having Jurisdiction.
Adverse environmental or hazardous area location of notification devices NOT specifically designed for these applications can cause
malfunction of the device and the associated signaling system. Reference should be made to the manufacturers specific product
installation data to determine proper device usage. Even though a device may be approved or listed for application in a specialized
environment or location (i.e.. explosion-proof, outdoors, etc.) special care and good judgement should be exercised both in installation
and maintenance of these devices. Often times the useful service life of a product will be shortened when it is subjected to severe or
adverse conditions.
Coverage or the ability of the notification device to alert local personnel may be affected by various conditions, including but not limited
to, ambient noise and light levels, other signaling devices operating concurrently, physical constraints (i.e.. relationship of device to
occupant in distance; building construction such as: floor, wall and ceiling treatments/doors, walls, insulation; environmental furnishings
such as: furniture, drapes, appliances, etc.) and the general physical condition of the occupants (i.e.. sight and/or hearing impaired, under
the influence of drugs or alcohol, wakened or sleeping, etc..). VISUAL DEVICES MAY NOT BE SEEN AND AUDIBLE DEVICES MAY
NOT BE HEARD IN EVERY CIRCUMSTANCE!
WARNING- If you are installing these products you must install them in accordance with all instructions supplied with
these products as well as instructions supplied with other associated products connected to them. Remember, property and lives are at
risk and rely on your knowledge of current fire protection codes and laws as well as your sound judgement and skill in compatibility,
application, installation, testing and maintenance of these products.
P/N 315-149460-2
PAGE 7 OF 8
04/23/04
WARNING- Some products may have construction such that multiple parts must be assembled (i.e.. bell gongs, enclosure
doors and backboxes, device connections to a wall or ceiling mounted box, etc.). When installing these products be certain these
connections are secure. It will also be prudent to periodically recheck and tighten these connections as part of a regular testing and
maintenance program. Failure to do this can cause severe property damage, bodily injury and possibly death.
WARNING-
Remove all electrical power before installing or performing mechanical maintenance on these products. There are
no user serviceable parts inside these products. Electrical shock can cause serious injury or death.
WARNING-
These products can contain circuitry which can hold high electrical currents even though primary power has been
removed. This current can be discharged accidentally if you come into contact with this circuitry. Service should be performed on
electrical connections and circuitry only after the product has been properly discharged for a period of time not less than one hour by a
knowledgeable electronics technician. Electrical shock can cause serious injury or death.
WARNING-
These products are designed as a component of a properly functioning fire protection signaling system. As such, all
appliances used in this system must be judged and listed electronically compatible and properly installed according to all installation
documentation supplied with all components of the system as supplied by the respective manufacturers. Extreme care must be taken to
insure the above because once connected all components rely on each other or proper operation (i.e.. smoke detectors trip the control
panel which in turn trips the notification devices etc.). Failure to follow the above will lead to extreme property loss, injury and death.
WARNING-
Do not paint over or re-paint these products as it will lead to improper operation along with identification and future
maintenance problems.
WARNING-
Electrical compatibility of these products depends on proper inter-wiring for both supervision and operation. Proper
operation of these products also depends on system supplied voltage and current (i.e.. Filtered voltage vs. Unfiltered Full Wave voltage;
DC current vs. AC current; supply voltage and current capacities with respect to Device loading, connecting wire size , distance, capacity,
type and ampacity; etc.)
All manufacturer's supplied product information must be consulted and followed for recommendations to insure proper system component operations.
WARNING-
During construction and throughout the service life of these products environmental dust, dirt , moisture, extreme
humidity, harsh chemicals and extreme temperatures can effect the serviceability of these products. Care should be taken to avoid these
conditions. Care should also be taken that the product is not damaged during installation and testing. If a product is subjected to the
above conditions or appears damaged it should be immediately replaced. An active preventative maintenance, inspection and testing
program will aid in identifying the above.
WARNING-
The quantity and size of wiring used within the system also determines the volume of conductors allowed in
electrical boxes per the National Electrical Code (NEC). Boxes should be chosen for the proper device connection physically as well as
electrically. Be sure all clearances are maintained so as not to effect the product's operation.
WARNING-
Qualified personnel should be retained for initial as well as subsequent system testing and maintenance operations.
The end user/owner may not have the appropriate knowledge and experience to properly perform these functions. There is no substitution for a regular and thorough testing and maintenance program. To insure they are functional when needed they must be tested for
serviceability regularly within a schedule plan which insures all devices will be checked and replaced as needed. A log should be kept
to document this testing and maintenance.
WARNING-
Some visual devices will have sufficient output to cause seizures under certain conditions in people who are positive
to visual photic response, such as Epileptics. Direct prolonged viewing of high output visual devices should be avoided. Placarding
should be considered and may be required by the Local Authorities Having Jurisdiction.
WARNINGSome audible devices are capable of sound pressure levels which will cause temporary and/or permanent
hearing loss and damage. Close range and prolonged listening exposure to high output audible devices should be avoided.
Placarding should be considered and may be required by the Local Authorities Having Jurisdiction.
IMPORTANT-
The manufacturer provides a limited equipment warranty on these products to the original purchaser. This warranty
is in no way transferrable. The end user may be provided with a separate non-contingent warranty from the original purchaser. In no
circumstance will the manufacturer be held liable in matters of damage due to either failure to comply with published product instructions
or in the design, specification, application, installation, testing or maintenance of the products supplied. All information provided is
subject to change without notice. If specific questions arise please contact the manufacturer.
IMPORTANT-
P/N 315-149460-2
This document should be given to the End User/ Owner and kept on file by them for future reference.
PAGE 8 OF 8
04/23/04