AB1VV235U SQUARE D, AB1VV235U Datasheet - Page 146

• Manufacturer Part Number: AB1VV235U
• Description: TERMINAL BLOCK, DIN RAIL, 2POS, 22-12AWG
• Manufacturer: SQUARE D

Specifications of AB1VV235U

• Connector Type: DIN Terminal Block
• Connector Mounting: DIN Rail
• Pitch Spacing: 5mm
• No. Of Contacts: 2
• Wire Size (awg): 22-12
• Contact Plating: Zinc
• Contact Material: Steel
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

Catalog numbers
Dimensions
(D)
2.53
OFF
A. Thermal-magnetic circuit protector
B. 14 stocked current ratings, from 0.1 to 15 A
C. On-Off switch
D. Visible trip indication
E. Mounts on Class 9080 Type GH track
k These maximum current values assume the use of
64
6/2
and on 35 mm DIN3 mounting track.
insulated copper conductors with 75 °C temperature
rating, and are calculated based on NEC Article 310,
Table 310-16. In most cases this value is the maximum
ampacity of that wire or combination of wires (as listed in
the table to the right) which has the greatest current
carrying capacity. The actual allowable current for a
particular application depends on the number, size,
insulation class, and other characteristics of the wires
used.
2.29
ON
58
(E)
1.75
3.15
(C)
44
80
0.33
8
(A,B)
1.69
43
0.25
6
2.08
53
0.82
21
0
Terminal Blocks, Type AB1
Circuit protectors, 9080GCB
One-pole, thermal-magnetic control
9080GCB••• circuit protectors:
b Have solderless box lugs.
b Accept one #10–16 AWG Cu wire.
b Come with track adapter 9080GH64 for mounting on 9080GH track.
To properly select a Class 9080 Type GCB circuit protector:
1. Determine the inrush correction factor from Table A.
2. Determine the temperature correction factor from Table B.
3. Determine the sealed current of the load that is being protected.
4. Multiply the sealed current by the two correction factors and choose the closest
Example: Solenoid with a sealed current of 0.75 A, with an inrush ratio of 1:6, and in
an ambient temperature of 85 °F (29.4 °C).
0.75 x 1.5 x 1.05 = 1.18
Choose the 1.2 A protector
Note: Choosing a circuit protector with a value lower than the calculated value might
result in nuisance tripping, while choosing the larger might provide a protector that
will not properly protect the load.
Track Adapter
Technical data
Maximum interrupting rating
Dielectric strength
Insulation resistance
Weight
Terminals
Tightening torque
Approvals
Fingersafe per DIN 57470
Maximum Current (A) k
0.1
0.5
0.8
1.0
1.2
1.5
2.0
2.5
3.0
4.0
5.0
7.0
10.0
15.0
Selection
Table A: Inrush ratio correction
Note: For resistive loads, use an inrush correction factor of 1.0.
Inrush ratio
Correction factor
Table B: Ambient temperature correction
Ambient
temperature
Correction factor
Tripping time of the circuit protector is determined from Table C below. Divide the
circuit protector value by the temperature correction factor from Table B above to
determine actual rated current referenced in Table C.
Table C: Tripping times in seconds @ 70 °F (21.1 °C)
Percent of
rated current
Trip time
(seconds)
Note: When several protectors are channel mounted adjacent to each other, the No Trip current
will be 80% of rated current at 70 °F (21.1 °C).
Description
For mounting 9080GCB circuit protectors
on DZ5MB201 track or DIN1 track
Remove this adapter for mounting on 9080MH2••, MH3••, and AM1 track.
Use mounting adapter 9080MH62 for the DZ5MB201 DIN1 track.
circuit protector.
°F
°C
100%
no trip
1:1 to 1:4
1.3
70
21.1
1.0
200%
10-40
200 A, but not exceeding 10,000% (100 x) rated current
1500 Vac
100 MΩ
2.2 oz (62.4 g)
Box lug type
8–10 lb-in (0.91–1.1 N•m)
File E152841 CCN QVNU2, File LR25490
Yes
Internal
Resistance (Ω)
1.33
6.6
2.55
1.97
1.22
0.86
0.49
0.31
0.20
0.10
0.08
0.03
< 0.02
100
37.8
1.1
300%
38
Catalog Number
1:5
1.4
120
48.9
1.2
400%
1.5-9
9080MH62
Maximum
voltage
250 Vac
65 Vdc
125 Vac
65 Vdc
1:6
1.5
140
60
1.3
500%
0.8-6
1:7
1.6
160
71.1
1.4
600%
0.003-4 0.003-2 0.02
Catalog Number
9080GCB01
9080GCB05
9080GCB08
9080GCB10
9080GCB12
9080GCB15
9080GCB20
9080GCB25
9080GCB30
9080GCB40
9080GCB50
9080GCB70
9080GCB100
9080GCB150
1:8
1.7
180
82.2
1.5
1000% 2000% &
200
93.3
1.6
greater
max.
0