Ordering/electrical specifications, Sense range – Edwards Signaling 129 Series User Manual
Page 3
Ordering/Electrical Specifications
PART NUMBER
CONTACT
1
LOAD RATING
SWITCHING VOLTAGE
SWITCHING CURRENt
CONTACT
LEAD LENGTH
WIRE
CONFIG.
AC/DC
MAXIMUM, AC/DC
MAXIMUM, AC/DC
RESISTANCE
NOMINAL
SIZE
129-2N-06(J)
SPDT
15VA/15W
0.5A@30V
0.5A@30V
0.2 Ohms
6'(1.8m)
22/3
129-2N-12(J)
SPDT
15VA/15W
0.5A@30V
0.5A@30V
0.2 Ohms
12'(3.6m)
22/3
129-3N-12(J)
N.C.
100VA/84W
3.0A@34V
3.0A@28V
0.2 Ohms
12'(3.6m)
18/2
129-6N-06(J)-(-D6)
DPST
2
25VA/25W
0.7A@35V
1.0A@25V
0.2 Ohms
6'(1.8m)
22/4
129-6N-12(J)-(-D6)
DPST
2
25VA/25W
0.7A@35V
1.0A@25V
0.2 Ohms
12'(3.6m)
22/4
129-6N-12(J)-DG
DPST
2
25VA/25W
0.7A@35V
1.0A@25V
0.2 Ohms
12'(3.6m)
22/4
129-6N-14(J)-D6
DPST
2
25VA/25W
0.7A@35V
1.0A@25V
0.2 Ohms
14'(4.3m)
22/4
129-6N-20(J)-DG
DPST
2
25VA/25W
0.7A@35V
1.0A@25V
0.2 Ohms
20'(6.1m)
22/4
129-7N-06(J)
N.O.
100VA/84W
3.0A@34V
3
3.0A@28V
3
0.2 Ohms
6'(1.8m)
18/2
129-7N-12(J)
N.O.
100VA/84W
3.0A@34V
3
3.0A@28V
3
0.2 Ohms
12'(3.6m)
18/2
129-9N-06(J)
N.O.
50VA/50W
1.0A@50V
1.0A@50V
0.2 Ohms
6'(1.8m)
22/2
129-9N-12(J)
N.O.
50VA/50W
1.0A@50V
1.0A@50V
0.2 Ohms
12'(3.6m)
22/2
Warning— Each electrical rating is an individual maximum and cannot be exceeded!
1
Configuration with actuator away from the switch
2
D6=DPST: 2 N.O., DG=DPST: 1 N.O., 1 N.C.
3
Rated at 3.0A for 6,000 cycles only. Other ratings are at 100,000 cycles
Sense Range
4
ACTUATOR
129-2, 129-G or -DG
129-6 or -D6
129-9 or -D9
129-7 or 129-3
ACTUATOR
OPTIONS
Make, Min.
Break, Max.
Make, Min.
Break, Max.
Make, Min.
Break, Max
Make, Min.
Break, Max
DESCRIPTION
128C-U
0.25
0.80
0.15
1.00
0.10
0.70
NA
NA
Alnico Magnet in M8x1.25x50 stainless steel threaded barrel w/2 jam nuts
129-X
0.45
1.10
0.35
1.35
0.25
1.00
0.15
0.90
Alnico Magnet in M12x1x70 stainless steel threaded barrel w/2panel nuts
1057
0.90
1.75
0.85
2.15
0.70
1.70
0.55
1.40
Bare Alnico Magnet 3/8" dia. x 1-1/2" long
IND1835
0.50
0.85
0.40
1.00
0.30
0.80
0.20
0.70
Rare Earth 0.6" dia. x 0.12" thick w/#4 countersink hole
4
Proximity of ferrous materials usually reduces sense range — typically by 50%. The shape and type of material cause a wide diversity of effects.
Testing is required to determine actual sense range for specific applications.