Cut Sheet

Architectural and Engineering
Specifications
The combination smoke and carbon monoxide alarm model shall
be P4010ACSCO or approved equal and is powered by a 120VAC,
60Hz source along with lithium battery backup. The lithium bat-
teries shall be sealed in the unit to prevent removal and/or tam-
pering. The unit shall incorporate photoelectric smoke and elec-
trochemical CO sensor. The temperature operating range shall be
between 40°and 100°F (4°C and 38°C) and the humidity operating
range shall be 10% to 95% relative humidity, non-condensing.
The alarm can be installed on any standard single gang elec-
trical box, up to a 4”octagon junction box, following the UL/
Manufacturer’s approved placement guidelines.The electrical con-
nection (to the alarm) shall be made with a plug-in connector.
The alarm shall incorporate an activation switch that will activate
the backup battery when the unit attaches to the mounting
bracket.
The P4010ACSCO shall include a test button that will simulate fire
and carbon monoxide conditions and cause the unit to go into
alarm. This sequence tests the unit’s electronics to ensure proper
operation. A maximum of 24 Kidde devices can be interconnected
in a multiple station arrangement. The interconnect system must
not exceed the NFPA (National Fire Protection Association) limit
of 18 initiating devices, of which 12 can be smoke alarms.
The combination alarm shall have two methods of warning for
danger: a piezoelectric horn that is rated at 85 decibels at 10 feet
and a voice warning that identifies the danger. For a CO incident,
the horn will sound in the repetitive manner – four (4) fast beeps,
a short pause, four (4) fast beeps, a short pause. In between, the
unit will announce “Warning Carbon Monoxide!” In a Smoke
incident, the horn will sound in the repetitive manner – three (3)
beeps, a pause, three (3) beeps, a pause. In between, the unit will
announce “Fire!”
The alarm shall include and End of Unit Life Alert, where ten
years after initial power up the unit shall chirp two times every 30
seconds to indicate the alarm needs to be replaced. For five min-
utes, a voice warning will provide a “Replace Alarm” message.
This alert can be temporarily silenced in 24 hour increments for
seven days.
The unit shall at a minimum meet the requirements of UL217,
UL 2034, NFPA 72, The State of California Fire Marshall, NFPA101
(One and two family dwellings), Federal Housing Authority (FHA),
Housing and Urban Development (HUD). The alarm shall be UL
Listed and shall include a 10-year manufacturer’s limited war-
ranty.
FUSE OR CIRCUIT BREAKER
BLACK
WHITE
RED
L
N
First
Alarm
Additional
Alarms
120V AC Wire-In Smoke Alarm & Carbon Monoxide Alarm
10-Year Sealed Lithium Battery Backup, Photoelectric Sensor
Model P4010ACSCO
Technical Specifications
Model: P4010ACSCO
Power Source: 120VAC (60 Hz, 53mA Max
)
Smoke Sensor: Photoelectric
CO Sensor: Electrochemical
Audio Alarm: 85dB at 10ft
Temperature Range: 40˚F (4.4˚C) to 100˚F (37.8˚C)
Humidity Range: 10% to 95% relative humidity (RH),
non-condensing
Size: 5.59” in diameter x 1.91” depth
Weight: .6 lb
Interconnects: Up to 24 Kidde devices
Warranty: 10 year limited
Installation of Smoke Alarm
The smoke alarm should be installed to comply with all local codes having jurisdic-
tion in your area, Article 760 of the National Electric Code, and NFPA 72. Make
certain all alarms are wired to a single, continuous (non-switched) power line, which
is not protected by a ground fault interrupter. A maximum of 1000 ft. of wire can be
used in the interconnect system. Use standard UL listed household wire as required
by code.
1016 Corporate Park Drive
Mebane, NC 27302
1-800-880-6788
www.Kidde.com
Distributed by:
P/N: KL-P4010ACSCO-sheet
rev. 11-2017
Ordering Information
Ordering Pack Pack Dimensions Cartons/
Number UPC I2F5 Config. Quantity (w x d x h inches) Weight Pallet
21027536 0-47871-27536-6 100-47871-27536-3 Single 4 6.0 x 11.0 x 7.0 5 576
Not for sale by individual unit
5.59"
5.10"
1.91"
0.45"
This alarm uses photoelectric sensing technology. Photoelectric sensing alarms may detect visible re particles (associated with slow smolder-
ing res) sooner than ionization alams. Ionization alarms may detect invisible re particles (associated with fast aming res) sooner than
photoelectric alarms. Leading authorities recommend that both ionization and photoelectric smoke alarms be installed to help ensure maxi-
mum detection of the various types of res than can occur within the home.