RU UA

— — — — Hager, E-next, , ABB

: - Hager, E-next, , ABB

Hager
E-next
ABB
,
,
(159)
(101)
(+0)
(+1)
3 (261)
4 (6)
1 (+0)
2 (+0)
(+2)
Tmax 800 T6N 630 TMA 630-6300 3p F F
Tmax 800
ABB
, 36
, In 0.7-1
, In 5-10
3
,
T6N 630 TMA 630-6300 3p F F 630
103263.63 .
T6N 800 TMA 800-8000 3p F F 800
112249.23 .
FormulA 630 A3N 400 TMF 320-3200 3p F F
FormulA 630
ABB
, 18
3
,
A3N 400 TMF 320-3200 3p F F 320
15132.03 .
A3N 400 TMF 400-4000 3p F F 400
15132.03 .
A3N 630 ELT-LI In=630 3p F F 630
21056.49 .
FormulA 630 A1B 125 TMF 32-400 3p F F
FormulA 630
ABB
, 18
3
,
A1B 125 TMF 63-630 3p F F 63
3126.79 .
A1B 125 TMF 32-400 3p F F 32
2138.26 .
1
x250, In=200, 3, 40kA, ./. hnb200h
x250, In=200, 3, 40kA, ./.
Hager
, 40
, In 0,63 - 0,8 -1
, In 6 - 8 - 10 - 13
, 2 . 185
3
,
hnb200h200
9057.82 .
hnb250h250
9057.82 .
h630, In=630, 3, 50kA, LSI HMW630JR
h630, In=630, 3, 50kA, LSI
Hager
, 50
, In 0.4 - 1
, In 2.5 - 8
, 2 . 30
3
,
HMW630JR630
49199.8 .
Tmax 800 T6N 630 PR221DS-LS/I In=630 3p F F
Tmax 800
ABB
, 36
, In 0.4-1
, In 0.4-10
3
,
T6N 630 PR221DS-LS/I In=630 3p F F 630
94207.93 .
T6N 800 PR221DS-LS/I In=800 3p F F 800
107520.25 .
T6S 800 PR221DS-LS/I In=800 3p F F 800
112113.19 .
, 3, 63 e.industrial.ukm.125Re.63
, 3, 63
E-next
, 50
3
,
e.industrial.ukm.125Re.100100
5962.13 .
e.industrial.ukm.125Re.125125
5962.13 .
e.industrial.ukm.125Re.6363
5962.13 .
e.industrial.ukm.125Re.8080
5962.13 .
e.industrial.ukm.1600R.10001000
58041.44 .
e.industrial.ukm.1600R.16001600
64707.25 .
e.industrial.ukm.250Re.160160
8646.82 .
e.industrial.ukm.250Re.200200
8646.82 .
e.industrial.ukm.250Re.250250
8646.82 .
e.industrial.ukm.400R.320320
15931.24 .
e.industrial.ukm.630Re.500500
16894.4 .
e.industrial.ukm.630Re.630630
16894.4 .
e.industrial.ukm.1250Re.12501250
63990.68 .
e.industrial.ukm.400R.400400
15931.24 .
e.industrial.ukm.800R.800800
27669.84 .
3
Tmax 800 T6S 630 TMA 630-6300 3p F F
Tmax 800
ABB
, 50
, In 0.7-1
, In 5-10
3
,
T6S 630 TMA 630-6300 3p F F 630
108591.92 .
T6S 800 TMA 800-8000 3p F F 800
117084.6 .
1
TM x630, 50kA, 3, 220/415, In=400 HMJ400DR
TM x630, 50kA, 3, 220/415, In=400
Hager
, 50
3
,
HMJ400DR400
23072 .
x160, In=160, 3, 25kA, ./. hha160h
x160, In=160, 3, 25kA, ./.
Hager
, 25
, In 0,63 - 0,8 - 1
, In >10
, 2 . 95
3
,
hha160h160
5455.7 .
e.industrial.ukm.630S.500, 3, 500 e.industrial.ukm.630S.500
e.industrial.ukm.630S.500, 3, 500
E-next; E-next
, 45
, In Im = 10In
3
,
e.industrial.ukm.630S.500500
13083.49 .
e.industrial.ukm.630S.630630
13083.49 .
e.industrial.ukm.800S.700700
15529.5 .
e.industrial.ukm.800S.800800
15529.5 .
, 3, 1000 e.industrial.ukm.1000S.1000
, 3, 1000
E-next
, 40
, In Im = 7In
3
,
e.industrial.ukm.1000S.10001000
36688.77 .
e.industrial.ukm.1250S.12501250
37784.81 .
e.industrial.ukm.1600S.16001600
55189.51 .
e.industrial.ukm.1500S.15001500
44363.83 .
e.industrial.ukm.2000S.20002000
71371.5 .
2
e.industrial.ukm.250S.100, 3, 100 e.industrial.ukm.250S.100
e.industrial.ukm.250S.100, 3, 100
E-next; E-next
, 15
, In Im = 10In
3
,
e.industrial.ukm.250S.100100
2650.24 .
e.industrial.ukm.250S.125125
2650.24 .
e.industrial.ukm.250S.160160
2650.24 .
e.industrial.ukm.250S.175175
2650.24 .
e.industrial.ukm.250S.200200
2650.24 .
e.industrial.ukm.250S.225225
2650.24 .
e.industrial.ukm.250S.250250
2650.24 .
, 3, 10 e.industrial.ukm.60S.10
, 3, 10
E-next
, 5
, In Im = 10In
3
,
e.industrial.ukm.60S.1010
1093.01 .
e.industrial.ukm.60S.1616
1093.01 .
e.industrial.ukm.60S.2020
1093.01 .
e.industrial.ukm.60S.2525
1093.01 .
e.industrial.ukm.60S.4040
1093.01 .
e.industrial.ukm.60S.5050
1093.01 .
e.industrial.ukm.60S.6363
1093.01 .
e.industrial.ukm.60S.3232
1093.01 .
1
, 3, 100 e.industrial.ukm.100Sm.100
, 3, 100
E-next
, 15
, In Im = 10In
3
,
e.industrial.ukm.100Sm.4040
1008.49 .
e.industrial.ukm.100Sm.100100
949.09 .
e.industrial.ukm.100Sm.5050
781.82 .
e.industrial.ukm.100Sm.6363
949.09 .
e.industrial.ukm.100Sm.8080
1300.48 .
4
e.industrial.ukm.250Sm.100, 3, 100 e.industrial.ukm.250Sm.100
e.industrial.ukm.250Sm.100, 3, 100
E-next; E-next
, 49
, In Im = 10In
3
,
e.industrial.ukm.250Sm.160160
1934.9 .
e.industrial.ukm.250Sm.175175
1934.9 .
e.industrial.ukm.250Sm.100100
1744.6 .
e.industrial.ukm.250Sm.125125
1744.6 .
e.industrial.ukm.250Sm.200200
2108.15 .
e.industrial.ukm.250Sm.225225
1500 .
4
FormulA 630 A1B 125 TMF 40-400 3p F F
FormulA 630
ABB
, 18
3
,
A1B 125 TMF 125-1250 3p F F 125
3126.79 .
A1B 125 TMF 40-400 3p F F 40
2768.02 .
A1B 125 TMF 80-800 3p F F 80
3126.79 .
A1C 125 TMF 32-400 3p F F 32
2915.53 .
A1C 125 TMF 80-800 3p F F 80
3290.78 .
A1B 125 TMF 100-1000 3p F F 100
3126.79 .
1
e.industrial.ukm.100S.100, 3, 100 e.industrial.ukm.100S.100
e.industrial.ukm.100S.100, 3, 100
E-next
, 15
, In Im = 10In
3
,
e.industrial.ukm.100S.100100
1929.29 .
e.industrial.ukm.100S.125125
1929.29 .
e.industrial.ukm.100S.160160
1929.29 .
e.industrial.ukm.100S.5050
1929.29 .
e.industrial.ukm.100S.6363
1929.29 .
e.industrial.ukm.100S.8080
1929.29 .
e.industrial.ukm.100S.4040
1929.29 .
1
, 3, 100 e.industrial.ukm.100SL.100
, 3, 100
E-next
, 20
, In Im = 3-5In
3
,
e.industrial.ukm.100SL.100100
2240.88 .
e.industrial.ukm.100SL.2020
1923.47 .
e.industrial.ukm.100SL.2525
1923.47 .
e.industrial.ukm.100SL.3232
1923.47 .
e.industrial.ukm.100SL.4040
1923.47 .
e.industrial.ukm.100SL.5050
1923.47 .
e.industrial.ukm.100SL.6363
2147.68 .
e.industrial.ukm.100SL.8080
2221.11 .
e.industrial.ukm.250SL.100100
2854.77 .
e.industrial.ukm.250SL.160160
2854.77 .
e.industrial.ukm.250SL.175175
3218.33 .
e.industrial.ukm.250SL.200200
3269.88 .
e.industrial.ukm.250SL.250250
3757.59 .
e.industrial.ukm.400SL.300300
8900.39 .
e.industrial.ukm.400SL.400400
8293.71 .
e.industrial.ukm.630SL.630630
14001.35 .
e.industrial.ukm.800SL.800800
15759.75 .
e.industrial.ukm.250SL.125125
3264.62 .
e.industrial.ukm.250SL.225225
3341.5 .
e.industrial.ukm.400SL.250250
8293.71 .
5
FormulA 630 A2C 250 TMF 125-1250 3p F F
FormulA 630
ABB
, 25
3
,
A2C 250 TMF 125-1250 3p F F 125
4508.05 .
A2C 250 TMF 200-2000 3p F F 200
7157.18 .
A2C 250 TMF 250-2500 3p F F 250
7515.95 .
A2C 250 TMF 160-1600 3p F F 160
4508.05 .
20
123
106 000 14