TYPE 120 PART NUMBERING SYSTEM
120 – 1 xx x x x - x
Coil
Voltage/Duty
02 – 6 Volt continuous
05 – 12 Volt continuous
06 – 12 Volt intermittent
07 – 14 Volt continuous
08 – 15 Volt continuous
14 – 24 Volt continuous
17 – 36 Volt continuous
(special, 100 ohm coil)
19 – 36 Volt continuous
20 – 48 Volt continuous
Coil Termination
(15 in-lb torque spec.)
1 – Isolated w/ #10-32
terminal (0.220 min. length)
2 – Grounded w/ #10-32
terminal (0.220 min. length)
3 – Isolated w/
1/4” Q.C. terminal
4 – Grounded w/
1/4” Q.C. terminal
6 – Grounded w/ #8-32
tapered terminal
7 – Isolated w/ #10-32
terminal (0.451 min. length)
8 – Grounded w/ #10-32
terminal (0.451 min. length)
Basic Part Number Series
SPNO
Factory Assigned Specials
(where undefined, contact factory)
No dash – Standard assem-
bly, hardware sent bulk
1 – Without hardware
2 – Extra hardware loosely
mounted to solenoid
4 – Customer requested
markings
5 – Mounting bracket zinc-
plated and dichromate dip
6 – Customer requested
markings
7 – Customer requested
markings
8 – No hardware, mounting
bracket as -5 option
9 – Customer requested
markings
11 – Customer requested
markings
Contact Material and
Termination (55 in-lb torque spec.)
1 – AgCdO w/ 5/16”-24
terminal (0.388 min. length)
3 – Cu w/ 5/16”-24
terminal (0.388 min. length)
4 – Cu w/ 1/4”-20 terminal
5 – AgCdO w/ 5/16”-24
terminal (0.495 min. length)
Mounting
Bracket
1 – Standard bracket
2 – “L” shaped bracket
.281 WIDE X .400 LONG SLOT
.281 WIDE X .400 LONG SLOT
Terminal Type 4 - Isolated Coil (L Bracket)
Terminal Type 4 - Isolated Coil (STD Bracket)
L
2.125 H MAX.
3.253
#10-32 UNF-2A
THREAD TYP.
See Part Numbering
System chart, above
See Part Numbering
System chart, above
5/16”-24 UNF-2A
THREAD TYP.
#10-32 UNF-2A
THD (PLACES)
5/16”-24 UNF-2A
THD (2 PLACES)
.875
.875
1.375 W 2.875
W 3.000
L
2.500
.625 1.375 2.125
.900
H MAX.
3.250
2.125.625
CIRCUIT DIAGRAM
CIRCUIT DIAGRAM
R-4002C
1233
APPLICATION NOTES
• Notallpartnumbercombinationsareavailable.PleasecontactyourSalesRepresentativeforavailablepartnumbers.
• Solenoidsappliedinbatterychargingcircuitsshouldbeprotectedfromhigherthanratedvoltageduringcharging.Theservicelife
maybeaffectedbythisconditionandthesolenoidmayormaynotoperatethecircuitasintended.
• Circuitsshouldbedesignedtoprovidesafeoperationshouldthesolenoidfailineithertheopenorclosedposition.
• Aback-upwrenchmustbeusedtoholdthebottomnutstationaryduringinstallation.