Model ei261denrc co alarm, Technical specification, System wiring – Ei Electronics Carbon Mo-noxide Alarm Ei261DENRC User Manual
Page 2
Shannon Free Zone, Shannon, Co. Clare, Ireland.
Ph.
+353 61 471277
Fx.
+353 61 471053
Email.
Web:
www.eielectronics.com
E & OE As our policy is one of continuous product development, we reserve the right to alter product details without prior notice
.
Ei261DENRC DataSht RevA
Model
Ei261DENRC CO Alarm
Technical Specification
Sensor
Electrochemical sensor
Sensitivity:
Meets BS EN 50291:2001
Button Test:
Checks the electronics and horn
Fast CO Test Mode:
Alarm sounds and red indicator
flashes as soon as CO is detected
–
the rate of flash indicating the CO
level
Memory Feature
When the Test button is pressed the
horn will sound and the digital display
will show the level of CO gas
previously sensed
Automatic Self-Test:
The horn will beep every 40 seconds
and the digital display will show
SF
in
the event of a sensor fault
Supply Voltage:
230V AC, 50 Hz
Battery back up:
Rechargeable Lithium cells
Dimensions:
126 x 150 x 42 mm
Weight:
330g
Specifications are subject to change
Power-On Indicator:
Continuous green LED
Alarm:
Electronic Piezoelectric horn
Alarm Sound Output:
85dB(A) (minimum) at 3m
Alarm Status:
Horn sounds, digital display shows
CO level and red LED flashes
Temperature Range:
-10
o
to +40
o
C
Humidity Range:
15% to 95% Relative Humidity
Interconnect:
Up to 12 of these units can be
interconnected:
- Ei261ENRC/261DENRC CO alarm
-
Ei161RC/164RC/166RC smoke or
heat alarms
- Ei128RBU relay base
Use with optional control (see below)
Optional Controls:
-
Ei1529RC Control Switch
-
MCP401RC Manual Call Point
Fixing:
Easi-Fit mounting base
Plastic material:
UL94VO flame retardant
Guarantee:
5 year (limited)
Approvals:
Kitemarked to BS EN 50291:2001
(License no. KM86596) and CE
certified
System Wiring
Wiring for Interconnected Alarms with optional Remote System Control Switch & Manual Call Point
Ensure correct wiring of the alarms and switches as mixing Live and Neutral will blow / damage interconnected units.