Magnasphere MSS-330C-WHITE, MSS-330C-WG-WHITE, MSS-330C-WG-BLACK, MSS-330C, MSS-321C-WHITE Installation Instructions
...
MAGNASPHERE MSS-300C SERIES INSTALLATION INSTRUCTIONS: All Models of MSS-300C-Series
Required Tools and Components
Provided by Manufacturer (per module set)
1 MSS-3XXC switch module
1 MSS-3XXC magnet module
Provided by Installer
Power drill
1" Bit/s*
Adhesive / RTV †
P1
MAGNASPHERE N22 W22931 Nancys Ct. Ste 3, Waukesha, WI 53186 tel 262.347.0711 fax 262.347.0710 www.magnasphere.com
Specifications
Max Current: 0.25 A Resistive
Max Voltage: 30 VDC
Max Power: .25 W Resistive
The Magnasphere MSS-3XXC
series is intended to be connected
to a UL Listed compatible control
panel for US applications and a
ULC Listed compatible control
panel for Canadian applications.
NOMENCLATURE
Concealed mount
Triple loop capacity
MSS - 3 X X C -[‡]
# of open loops
# of closed loops
‡ See p.2 for optional embedded
resistor schemes
11-2016-MSS-300C REV. B
Installation:
The MSS-3XXC should be mounted close to the latch side of the door
for optimal performance; Up to 15” (38cm) from the doorknob/door-
latch edge is recommended in order to meet UL 681 requirements:
contact shall be installed so door cannot be opened more than 2
inches without causing an alarm. Intended for operating gaps of up to
1/4” (6mm). Ensure that the modules are well aligned.In-frame
minimum depth clearance should be 5/8" (16mm).
Suitable for outdoor and indoor use, U.S. and Canadian applications.
* Recommended bits: For metal environments, unibits or high quality
hole-saws; for wood, Forstner bits (smooth-finish wood-boring drills).
Before drilling, a careful layout of the site is recommended in order to
achieve module alignment.
Metal burrs from drilling can prevent the retaining barbs of the
modules from deploying; remove any troublesome burrs. Wire the
switch according to the schematic.
Insert the switch module into the hole in the frame. Insert the magnet
module into the hole in the door. † Adhesive (such as RTV) is
recommended to assure a secure fit. Adhesive is necessary for
materials which are too thick for retaining barb deployment (wood or
thick metal). Check the operation of the installed switch.
BEST PLACEMENT
SWITCH MODULE
MAGNET MODULE
RETAINING
BARBS
1/4" (6 mm) MAX GAP
SWITCH MODULE
MAGNET MODULE
5/8" (16 mm) MIN CLEARANCE
FRAME
DOOR
22 AWG x 12", 6 MAX
MODEL MSS-330C
CONTACT STATE SHOWN WITH MAGNET IN PLACE
WHT
WHT
BLK
BLK
RED
RED
OPEN
LOOP
OPEN
LOOP
OPEN
LOOP
MODEL MSS-303C
CONTACT STATE SHOWN WITH MAGNET IN PLACE
RED
RED
BLK
WHT
WHT
BLK
CLOSED
LOOP
CLOSED
LOOP
CLOSED
LOOP
Patents: #5977873, #RE39731, #6506987, #6303845, #6603378 & Other Patents Pending
MAGNASPHERE MSS-300C SERIES INSTALLATION INSTRUCTIONS: Base Models
and Resistor-Embedded Models of MSS-300C-Series
P2
Schematics: All Base Models
CONTACT STATE SHOWN WITH MAGNET IN PLACE
OPEN
RED
LOOP
RED
OPEN
BLK
LOOP
MODEL MSS-330C
CONTACT STATE SHOWN WITH MAGNET IN PLACE
MODEL MSS-321C
CONTACT STATE SHOWN WITH MAGNET IN PLACE
MODEL MSS-320C
BLK
WHT
WHT
RED
RED
BLK
BLK
WHT
WHT
RED
RED
BLK
BLK
OPEN
LOOP
OPEN
LOOP
OPEN
LOOP
CLOSED
LOOP
OPEN
LOOP
OPEN
LOOP
CONTACT STATE SHOWN WITH MAGNET IN PLACE
OPEN
RED
LOOP
RED
MODEL MSS-310C
CONTACT STATE SHOWN WITH MAGNET IN PLACE
CLOSED
RED
LOOP
RED
CLOSED
BLK
LOOP
MODEL MSS-303C
CONTACT STATE SHOWN WITH MAGNET IN PLACE
BLK
WHT
WHT
RED
RED
BLK
BLK
CLOSED
LOOP
CLOSED
LOOP
CLOSED
LOOP
MODEL MSS-302C
End-Of-Line Resistor Standard Models ( -### suffix)
CONTACT FORM DEFINED BY BASE MODEL
3 CIRCUIT POSITION KEY
CONTACT FORM DEFINED BY BASE MODEL
MSS-3##C-001
1kΩ
1kΩ
CONTACT FORM DEFINED BY BASE MODEL
1kΩ
MSS-3##C-002
1kΩ
1kΩ
CONTACT FORM DEFINED BY BASE MODEL
Circuit
RED
C
RED
Circuit
BLK
B
BLK
Circuit
WHT
A
2 CIRCUIT POSITION KEY
WHT
Circuit
RED
B
RED
Circuit
BLK
A
BLK
MSS-3##C-001:
RED
RED
BLK
BLK
WHT
WHT
resistors on circuit A.
C
One instance shown at
right:
Circuit
B
Circuit
A
Series & Parallel 1k
Circuit
MSS-3##C-002:
Series & Parallel 1k
Circuit
RED
RED
BLK
BLK
WHT
WHT
resistors on circuit A,
C
Series 1k resistor on
Circuit B. One instance
Circuit
B
shown at right:
Circuit
A
CONTACT FORM DEFINED BY BASE MODEL
Circuit
RED
RED
1 CIRCUIT POSITION KEY
CONTACT STATE SHOWN WITH MAGNET IN PLACE
OPEN
RED
LOOP
RED
CLOSED
BLK
LOOP
BLK
CLOSED
WHT
1kΩ
MODEL MSS-312C-001
CONTACT STATE SHOWN WITH MAGNET IN PLACE
MODEL MSS-312C-002
1kΩ
1kΩ
LOOP
WHT
OPEN
RED
LOOP
RED
CLOSED
BLK
1kΩ
LOOP
BLK
CLOSED
WHT
1kΩ
LOOP
WHT
A
CONTACT STATE SHOWN WITH MAGNET IN PLACE
OPEN
RED
LOOP
RED
CLOSED
BLK
LOOP
MODEL MSS-312C
CONTACT STATE SHOWN WITH MAGNET IN PLACE
BLK
WHT
WHT
RED
RED
BLK
BLK
CLOSED
LOOP
OPEN
LOOP
CLOSED
LOOP
CONTACT STATE SHOWN WITH MAGNET IN PLACE
MODEL MSS-301C
MODEL MSS-311C
End-Of-Line Resistor Custom Models ( -i#-#-#-#-#-# suffix)
i#-#-#-#-#-# Scheme:
"-i" precedes custom resistor (kΩ)
values separated by hyphens. The
sequence of entries correlates to the
positions depicted in the key. "N" is
used as a null place-holder (No resistor
for this position). Contact Magnasphere
for nomenclature guidance and for
resistor value availability.
CLOSED
RED
LOOP
RED
CONTACT FORM DEFINED BY BASE MODEL
5
RED
RED
3
BLK
BLK
1
WHT
WHT
RESISTOR POSITION KEY
6
4
2
CONTACT FORM DEFINED BY BASE MODEL
MSS-3##C-003
1kΩ
CONTACT FORM DEFINED BY BASE MODEL
1kΩ
MSS-3##C-004
1kΩ
Examples:
MSS-312C
Circuit
-i.18-.3-1-N-N-1
C
At right.
MSS-303C
Circuit
B
-i1-N-1-N-N-N
as an alternate ID
Circuit
to MSS-303C-004,
A
last to the right.
MSS-3##C-003:
RED
RED
BLK
BLK
WHT
WHT
Circuit A. One instance
C
shown at right:
Circuit
B
Circuit
A
Series 1k resistor on
Circuit
MSS-3##C-004:
Series 1k resistor on
Circuit
RED
RED
BLK
BLK
WHT
WHT
Circuit A and on Circuit
C
B. One instance shown
at right:
Circuit
B
Circuit
A
CONTACT STATE SHOWN WITH MAGNET IN PLACE
MODEL MSS-312C
-i.18-.3-1-N-N-1
1kΩ
300Ω
180Ω
RED
RED
BLK
1kΩ
BLK
WHT
WHT
CONTACT STATE SHOWN WITH MAGNET IN PLACE
MODEL MSS-312C-003
CONTACT STATE SHOWN WITH MAGNET IN PLACE
MODEL MSS-303C-004
CONTACT STATE SHOWN WITH MAGNET IN PLACE
OPEN
LOOP
CLOSED
LOOP
CLOSED
MODEL MSS-303C-004
LOOP
or MSS-303C-i1-N-1-N-N-N
OPEN
RED
LOOP
RED
CLOSED
BLK
LOOP
BLK
CLOSED
WHT
1kΩ
LOOP
WHT
CLOSED
RED
LOOP
RED
CLOSED
BLK
1kΩ
LOOP
BLK
CLOSED
WHT
1kΩ
LOOP
WHT
CLOSED
RED
LOOP
RED
CLOSED
BLK
1kΩ
LOOP
BLK
CLOSED
WHT
1kΩ
LOOP
WHT
Loading...