2
3
Fig 1. Wiring diagram of MIR-65 Series zone
Fig 2. Wiring diagram of MIR-65 Series zone with common remote indicator
From control panel
L2
L1 IN
–R
L1OUT
L2
L1 IN
–R
L1OUT
L2
L1 IN
–R
L1OUT
End-of-line
device
Remote LED
+
–
SHIELD
SHIELD
SHIELD
L1 IN
–R
L1OUT
L2
L1 IN
–R
L1OUT
L2
L1 IN
–R
L1OUT
End-of-line
device
From control panel
L2
+
–
SHIELD
SHIELD
SHIELD
Remote LED
Warning
CAUTION:
Do not use looped wire under terminal L2. Break wire run to provide
supervision of connections.
The above instructions cover the following base model:
MSB-65B 6”
E-Z Fit base
Technical Data
Detector model #
MHD-65-135, MHD-65-200
MID-65I
MPD-65P
Detector type
Heat Rate-of-Rise/Fixed
Temperature
Ionization
Photoelectric
Working voltage
9–33V dc
9–33V dc
9–33V dc
Maximum alarm
current
17mA at 9V, 52mA at 24V
17mA at 9V,
52mA at 24V
17mA at 9V,
52mA at 24V
Surge current
0mA
0mA
0mA
Supervisory
current
40–50μA at 9V, 45–55μA at 24V 40–50μA at 9V,
45–55μA at 24V
40–50μA at 9V,
45–55μA at 24V
Heat element
rating
MHD-65-135
Ordinary
(135ºF/57ºC)
N/A
N/A
MHD-65-200
Intermediate
(200ºF/93ºC)
Control panel
UL/ULC Listed Compatible Control Panel
Test method
Magnet or hair dryer
Magnet or
Gemini 501
Magnet or
Gemini 501
Installation
temperature
Minimum 32ºF (0ºC) Maximum
at least 20ºF (11ºC) below
rating
Minimum 32ºF
(0ºC) Maximum
158ºF (70ºC)
Minimum 32ºF
(0ºC) Maximum
140ºF (60ºC)
Control Panel Compatibility
For details of compatible control panels, please contact Mircom directly.
Performing the Magnet Test
Place the magnet near the detector on the OPPOSITE side of the LED.
Fig 3. Performing a magnet test on the MIR-65 series detectors.
LED
PLACE MAGNET HERE
