Mikro Price List!

No.	CODE	DESCRIPTION
POWER FACTOR REGULATOR
1	PFR60-415-50	Power Factor Regulator 6 steps 415V (50Hz), size 144 X 144
2	PFR80-415-50	Power Factor Regulator 8 steps 415V (50Hz), size 144 X 144
3	PFR120-415-50	Power Factor Regulator 12 steps 415V (50Hz), size 144 X 144
4	PFR140-415-50	Power Factor Regulator 14 steps 415V (50Hz), size 144 X 144
5	PFR96-220-50	Power Factor Regulator 6 steps 220V (50Hz), size 96 X 96
EARTH LEAKAGE RELAY
6	MK 301A	Setting ranges: 0.03A – 30A, t = 0s – 3.0s
7	DIN 300	Setting ranges: 0.03A – 30A, t = Inst – 3.0s
8	MK 300	Setting ranges: 0.03A – 3A, t = 0.05s – 10.s
9	MK 330	Setting ranges: 0.03A – 3A, t = 0.05s – 10.s, No. Re = 10times
10	ZCT 40S	Zero Current Transformer D= 40mm
11	ZCT 60S	Zero Current Transformer D= 60mm
12	ZCT 80S	Zero Current Transformer D= 80mm
13	ZCT 120S	Zero Current Transformer D= 120mm
EARTH FAULT RELAY
14	MK 201A	Setting ranges: 0.1A – 20A, t = Inst – 1.0s (DTL)
15	MK 202A	Setting ranges: 0.1A – 20A, kt = 0.05 – 1.0 (IDMT)
16	MK 232A	Setting ranges: 0.1A – 50A, kt and t (IDMT + DTL)
OVERCURRENT RELAY
17	MK 204A	Seting ranges: 2.0A – 60A, IDT = 0.05 – 1.0 (IDT)
18	MK 203A	Setting ranges: 2.0A – 60A, kt = 0.05 – 1.0 (IDMT)
19	MK 233A	Setting ranges: 0.5A – 99.9A, kt and t (IDMT+DTL)
COMBINED OVERCURRENT & EARTH FAULT RELAY
20	MK1000-240A	Earth Fault Setting: 0.1A – 50A, kt = 0.05 – 1.0 (IDMT + DTL)
		Overcurrent Setting: 0.5A – 99.9A, kt = 0.05 – 1.0 (IDMT + DTL)
21	MK1000-110D	Earth Fault Setting: 0.1A – 50A, kt = 0.05 – 1.0 (IDMT + DTL)
		Overcurrent Setting: 0.5A – 99.9A, kt = 0.05 – 1.0 (IDMT + DTL)
22	MK2200-240AD	Earth Fault Setting: (0.05 – 10)*In, kt = 0.02 – 1.0 (IDMT + DTL)
		Overcurrent Setting: (0.1 – 40)*In, kt = 0.02 – 1.0 (IDMT + DTL)
23	MK2200-24D	Earth Fault Setting: (0.05 – 10)*In, kt = 0.02 – 1.0 (IDMT + DTL)
		Overcurrent Setting: (0.1 – 40)*In, kt = 0.02 – 1.0 (IDMT + DTL)
REVERSE POWER RELAY
24	RPR 415	Range: 2% to 20% reverse current, t = 0 – 20sec
PHASE & VOLTAGE RELAY
25	MX 100	Phase failure, phase sequence
26	MX 200	Phase loss, Over and Under Voltage