K30F013UP - Harmony K1, K2, Cam changeover switch, 3 poles, without off position, 60° switching angle, 32 A, mul - Schneider Electric
Expected in 2-4 weeks
89,15 € excl. VAT
108,76 € incl. VAT
Text About:
Harmony K1, K2, Cam changeover switch, 3 poles, without off position, 60° switching angle, 32 A, mul - Schneider Electric
SPECIFICATIONS
Main
Cam switch function
Changeover switch
Cam switch head type
With front plate 64 x 64 mm
Off position
Without Off position
Presentation of legend
With metallic legend, 1 - 2 black marking
[ui] rated insulation voltage
690 V (pollution degree 3) conforming to EN 60947-1
690 V (pollution degree 3) conforming to IEC 60947-1
690 V (pollution degree 3) conforming to IEC 60947-1
Switching positions
Left: 330°
Right: 30°
Right: 30°
component name
K30
Complementary
[ith] conventional thermal current
32 A
Product certifications
CULus 120 V 2 hp 1 phase
CULus 240 V 5 hp 1 phase
CULus 240 V 5 hp 3 phases
CULus 480 V 20 hp 3 phases
CULus 240 V 5 hp 1 phase
CULus 240 V 5 hp 3 phases
CULus 480 V 20 hp 3 phases
Product or component type
Complete cam switch
tightening torque
1.2 N.m
[uimp] rated impulse withstand voltage
6 kV conforming to EN 947-1
6 kV conforming to IEC 947-1
6 kV conforming to IEC 947-1
mounting location
Front
switching angle
30 °
Cad overall depth
106 mm
Cad overall height
64 mm
contact operation
Slow-break
Fixing mode
4 holes
Cad overall width
64 mm
Rotary handle padlocking
Without
Type of operator
Black handle
Net weight
0.425 kg
switching capacity in ma
11000 mA DC at 120 V 2 contact(s) for inductive load (T = 50 ms)
11000 mA DC at 180 V 3 contact(s) for inductive load (T = 50 ms)
11000 mA DC at 60 V 1 contact(s) for inductive load (T = 50 ms)
1200 mA DC at 220 V 1 contact(s) for resistive load (T = 1 ms)
1200 mA DC at 440 V 2 contact(s) for resistive load (T = 1 ms)
1200 mA DC at 660 V 3 contact(s) for resistive load (T = 1 ms)
16000 mA DC at 140 V 3 contact(s) for inductive load (T = 50 ms)
16000 mA DC at 48 V 1 contact(s) for inductive load (T = 50 ms)
16000 mA DC at 95 V 2 contact(s) for inductive load (T = 50 ms)
23000 mA DC at 120 V 2 contact(s) for resistive load (T = 1 ms)
23000 mA DC at 180 V 3 contact(s) for resistive load (T = 1 ms)
23000 mA DC at 60 V 1 contact(s) for resistive load (T = 1 ms)
25000 mA DC at 30 V 1 contact(s) for inductive load (T = 50 ms)
25000 mA DC at 60 V 2 contact(s) for inductive load (T = 50 ms)
25000 mA DC at 90 V 3 contact(s) for inductive load (T = 50 ms)
3200 mA DC at 110 V 1 contact(s) for inductive load (T = 50 ms)
3200 mA DC at 220 V 2 contact(s) for inductive load (T = 50 ms)
3200 mA DC at 330 V 3 contact(s) for inductive load (T = 50 ms)
32000 mA DC at 140 V 3 contact(s) for resistive load (T = 1 ms)
32000 mA DC at 24 V 1 contact(s) for inductive load (T = 50 ms)
32000 mA DC at 24 V 1 contact(s) for resistive load (T = 1 ms)
32000 mA DC at 48 V 1 contact(s) for resistive load (T = 1 ms)
32000 mA DC at 48 V 2 contact(s) for inductive load (T = 50 ms)
32000 mA DC at 48 V 2 contact(s) for resistive load (T = 1 ms)
32000 mA DC at 70 V 3 contact(s) for inductive load (T = 50 ms)
32000 mA DC at 70 V 3 contact(s) for resistive load (T = 1 ms)
32000 mA DC at 95 V 2 contact(s) for resistive load (T = 1 ms)
400 mA DC at 440 V 1 contact(s) for resistive load (T = 1 ms)
400 mA DC at 660 V 2 contact(s) for resistive load (T = 1 ms)
6500 mA DC at 110 V 1 contact(s) for resistive load (T = 1 ms)
6500 mA DC at 220 V 2 contact(s) for resistive load (T = 1 ms)
6500 mA DC at 330 V 3 contact(s) for resistive load (T = 1 ms)
11000 mA DC at 180 V 3 contact(s) for inductive load (T = 50 ms)
11000 mA DC at 60 V 1 contact(s) for inductive load (T = 50 ms)
1200 mA DC at 220 V 1 contact(s) for resistive load (T = 1 ms)
1200 mA DC at 440 V 2 contact(s) for resistive load (T = 1 ms)
1200 mA DC at 660 V 3 contact(s) for resistive load (T = 1 ms)
16000 mA DC at 140 V 3 contact(s) for inductive load (T = 50 ms)
16000 mA DC at 48 V 1 contact(s) for inductive load (T = 50 ms)
16000 mA DC at 95 V 2 contact(s) for inductive load (T = 50 ms)
23000 mA DC at 120 V 2 contact(s) for resistive load (T = 1 ms)
23000 mA DC at 180 V 3 contact(s) for resistive load (T = 1 ms)
23000 mA DC at 60 V 1 contact(s) for resistive load (T = 1 ms)
25000 mA DC at 30 V 1 contact(s) for inductive load (T = 50 ms)
25000 mA DC at 60 V 2 contact(s) for inductive load (T = 50 ms)
25000 mA DC at 90 V 3 contact(s) for inductive load (T = 50 ms)
3200 mA DC at 110 V 1 contact(s) for inductive load (T = 50 ms)
3200 mA DC at 220 V 2 contact(s) for inductive load (T = 50 ms)
3200 mA DC at 330 V 3 contact(s) for inductive load (T = 50 ms)
32000 mA DC at 140 V 3 contact(s) for resistive load (T = 1 ms)
32000 mA DC at 24 V 1 contact(s) for inductive load (T = 50 ms)
32000 mA DC at 24 V 1 contact(s) for resistive load (T = 1 ms)
32000 mA DC at 48 V 1 contact(s) for resistive load (T = 1 ms)
32000 mA DC at 48 V 2 contact(s) for inductive load (T = 50 ms)
32000 mA DC at 48 V 2 contact(s) for resistive load (T = 1 ms)
32000 mA DC at 70 V 3 contact(s) for inductive load (T = 50 ms)
32000 mA DC at 70 V 3 contact(s) for resistive load (T = 1 ms)
32000 mA DC at 95 V 2 contact(s) for resistive load (T = 1 ms)
400 mA DC at 440 V 1 contact(s) for resistive load (T = 1 ms)
400 mA DC at 660 V 2 contact(s) for resistive load (T = 1 ms)
6500 mA DC at 110 V 1 contact(s) for resistive load (T = 1 ms)
6500 mA DC at 220 V 2 contact(s) for resistive load (T = 1 ms)
6500 mA DC at 330 V 3 contact(s) for resistive load (T = 1 ms)
mechanical durability
300000 cycles
return
Without
Positive opening
With
electrical connection
Captive screw clamp terminals flexible, clamping capacity: 2 x 4 mm²
Captive screw clamp terminals solid, clamping capacity: 2 x 6 mm²
Captive screw clamp terminals solid, clamping capacity: 2 x 6 mm²
Short-circuit current
5000 A
Poles description
3P
Short-circuit protection
50 A cartridge fuse, type gG
Environment
Ambient air temp for storage/transportation
-40…70 °C
ip degree of protection
IP40 conforming to IEC 529
IP40 conforming to NF C 20-010
IP40 conforming to NF C 20-010
Range of product
Harmony K
ambient air temperature for operation
-25…55 °C
overvoltage category
Class II conforming to IEC 60536
Class II conforming to NF C 20-030
Class II conforming to NF C 20-030
standards
EN/IEC 60947-3
protective treatment
TC
Recently viewed
