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HITRAN's standard line reactors are designed to minimize the problems associated with waveform distortion that occurs with equipment utilizing solid state switching devices.

Line Reactors are often used to · Reduce harmonics · Extend solid state switching device life · Reduce motor noise and temperature · Improve power factor · Filter power line irregularities · Reduce surge currents

Reactors are available in either 3% or 5% ratings. Typically a 3% reactor will be sufficient to handle most solid state switching applications and will filter normal line spikes and surges. Nuisance circuit breaker tripping can usually be avoided. A 5% reactor should be used where considerably higher line disturbances exist and compliance with IEEE 519 is desired. The 5% reactor is also the most effective at improving motor life by reducing the effects of harmonic currents.

Line Reactors

Dry Type
3 Phase
50/60hz
600 Volt Class
Three Coil, Open Frame Construction

HITRAN's standard line reactors are designed to minimize the problems associated with waveform distortion that occurs with equipment utilizing solid state switching devices.

Line Reactors are often used to… • Reduce harmonics • Extend solid state switching device life • Reduce motor noise and temperature • Improve power factor • Filter power line irregularities • Reduce surge currents

All Hitran line reactors can be used as either input or output reactors.

INPUT SIDE OF DRIVE	OUTPUT SIDE OF DRIVE
When reactors are installed on the input side of drives, they reduce harmonic distortion from the drive onto the line. This installation setup will also limit voltage and current spikes and surges from the incoming line and reduces line notching.	By installing the reactor on the output side of the drive, the motor performance improves. This setup will improve the current and voltage waveforms from the supply, hence the noise emissions and motor overheating will be reduced. This installation will also protect the drive from short circuits at the load

MULTIPLE DRIVES	MULTIPLE MOTORS
When multiple drives are installed on the power line, individual line reactors are recommended. Individual reactors provide isolated protection for each drive's own specific load and eliminates cross talk between multiple drives.	When there is a need for multiple motors on the same drive, a single reactor can be used. This application is for simultaneous operating motors only. The size of the reactor is based on the sum of horsepower of all motors

Hitran Part #	iAMPS	LMH	VOLTAGE
			208	240	380	415	480	600
AP2111	2	12.0	-	-	4% - 1HP	-	3% - 1-1½HP	-
AP2112	2	20.1	-	-	-	4% - 1HP	5% - 1-1½HP	3% - 1 - 1½HP
AP2113	2	32.1	-	-	-	-	-	5% - 1 - 1½HP
AP2114	4	3.1	3% - 1HP	3% - 1HP	-	-	-	-
AP2115	4	6.5	5% - 1HP	5% - 1HP	-	-	3% - 2-3HP	-
AP2116	4	9.1	-	-	4% - 1½-2HP	4% - 2HP	5% - 2-3HP	3% - 3 - 5HP
AP2117	4	12.0	-	-	-	4% -1½HP	-	5% - 2 - 3HP
AP2118	8	1.5	3% - 1½-2HP	3% - 1½-2HP	-	-	-	-
AP2119	8	3.1	5% - 1½-2HP	5% - 1½-2HP	-	-	3% - 5HP	3% - 7½HP
AP2120	8	5.1	-	-	4% - 3HP	-	5% - 5HP	3% - 5HP / 5% - 7½HP
AP2121	8	7.5	-	-	-	4% - 3HP	-	5% - 5HP
AP2122	12	1.25	3% - 3HP	3% - 3HP	-	-	-	-
AP2123	12	2.6	5% - 3HP	5% - 3HP		4% -7½HP	3% - 7½HP	3% - 10HP
AP2124	12	4.25	-	-	4% - 5HP	-	5% - 7½HP	5% - 10HP
AP2125	18	0.81	3% - 5HP	3% - 5HP	-	-	-	-
AP2126	18	1.6	5% - 5HP	5% - 5HP	4% - 10HP		3% - 10HP	3% - 15HP
AP2127	18	2.5	-	-	-	4% - 10HP	5% - 10HP	5% - 15HP
AP2128	25	0.5	3% - 7½HP	3% - 7½HP	-	-	-	-
AP2129	25	1.2	5% - 7½HP	5% - 7½HP	4% - 15HP	4% - 15HP	3% - 15HP	3% - 20 - 25HP
AP2130	25	2.0	-	-	-	-	5% - 15HP	5% - 20 - 25HP
AP2131	35	0.40	3% - 10HP	3% - 10HP	-	-	-	-
AP2132	35	0.81	5% - 10HP	5% - 10HP	-	4% - 25HP	3% - 20 - 25HP	3% - 30HP
AP2133	35	1.2	-	-	4% - 20HP	4% - 20HP	5% - 20 - 25HP	5% - 30HP
AP2134	45	0.30	3% - 15HP	3% - 15HP	-	-	-	-
AP2135	45	0.71	5% - 15HP	5% - 15HP	4% - 25 - 30HP	4% - 30HP	3% - 30HP	3% - 40HP
AP2136	45	1.2	-	-	-	-	5% - 30HP	5% - 40HP
AP2137	55	0.25	3% - 20HP	3% - 20HP	-	-	-	-
AP2138	55	0.51	5% - 20HP	5% - 20HP	-	4% - 40HP	3% - 40HP	3% - 50HP
AP2139	55	0.85	-	-	-	-	5% - 40HP	5% - 50HP
AP2140	80	0.20	3% - 25HP	3% - 25 - 30HP	-	-	-	-
AP2141	80	0.41	5% - 25HP	5% - 25 - 30HP	4% - 40 - 50HP	4% - 50 - 60HP	3% - 50 - 60HP	3% - 60 - 75HP
AP2142	80	0.7	-	-	-	-	5% - 50 - 60HP	5% - 60 - 75HP
AP2143	100	0.15	3% - 30HP	3% - 40HP	-	-	-	-
AP2144	100	0.31	5% - 30HP	5% - 40HP	4% - 60HP	4% - 75HP	3% - 75HP	3% - 100HP
AP2145	100	0.45	-	-	-	-	5% - 75HP	5% - 100HP
AP2146	130	0.10	3% - 40HP	3% - 50HP	-	-	-	-
AP2147	130	0.21	5% - 40HP	5% - 50HP	-	4% - 100HP	3% - 100HP	3% - 125HP
AP2148	130	0.30	-	-	4% - 75HP		5% - 100HP	5% - 125HP
AP2149	160	0.75	3% - 50HP	3% - 60HP	-	-	-	-
AP2150	160	0.16	5% - 50HP	5% - 60HP	-	-	3% - 125HP	3% - 150HP
AP2151	160	0.23	-	-	4% - 100HP	-	5% - 125HP	5% - 150HP
AP2152	200	0.055	3% - 60HP	3% - 75HP	-	4% - 125HP	-	-
AP2153	200	0.12	5% - 60HP	5% - 75HP	-	-	3% - 150HP	3% - 200HP
AP2154	200	0.185	-	-	4% - 125HP	4% - 150HP	5% - 150HP	5% - 200HP
AP2155	250	0.045	3% - 75HP	3% - 100HP	-	-	-	-
AP2156	250	0.095	5% - 75HP	5% - 100HP	-	4% - 200HP	3% - 200HP	3% - 250HP
AP2157	250	0.150	-	-	4% - 150HP	-	5% - 200HP	5% - 250HP
AP2158	320	0.040	3% - 100HP	3% - 125HP	-	-	-	-
AP2159	320	0.080	5% - 100HP	5% - 125HP	-	-	3% - 250HP	3% - 300HP
AP2160	320	0.125	-	-	4% - 200HP	-	5% - 250HP	5% - 300HP
AP2161	400	0.030	3% - 125HP	3% - 150HP	-	-	-	-
AP2162	400	0.060	5% - 125HP	5% - 150HP	-	4% - 300HP	3% - 300HP	3% - 350 - 400HP
AP2163	400	0.105	-	-	4% - 250HP	4% - 250HP	5% - 300HP	5% - 350 - 400HP
AP2164	500	0.025	3% - 150HP	3% - 200HP	-	-	-	-
AP2165	500	0.050	5% - 150HP	5% - 200HP	4% - 350HP	4% - 350HP	3% - 350 - 400HP	3% - 500HP
AP2166	500	0.085	-	-	4% - 300HP	-	5% - 350 - 400HP	5% - 500HP
AP2167	600	0.020	3% - 2005HP	3% - 250HP	-	-	-	-
AP2168	600	0.040	5% - 200HP	5% - 250HP	-	-	3% - 500HP	3% - 600HP
AP2169	600	0.065	-	-	4% - 400HP	4% - 400HP	5% - 500HP	5% - 600HP
AP2170	750	0.015	3% - 250HP	3% - 300HP	-	-	3% - 600HP	-
AP2171	750	0.029	5% - 750HP	5% - 300HP	-	-	-	3% - 750HP
AP2172	750	0.048	-	-	4% - 500HP	4% - 500HP	5% - 600HP	5% - 750HP

Standard 3 Phase Line Reactor Specifications:

Voltage -
    600 Volts Maximum

Temperature rise  -
   130° Celsius

Cooling method  -
    Natural convection

Overload -
    150% rated 60 Hz current overload continuous

Enclosure - (optional)
    NEMA 1

Approvals -
    cUL approved

Ratings -
   Nominal Inductance ± 10% @ rated
          current,
   95% of nominal inductance @ 150%
          rated current,
   50% of nominal inductance @ 350% of
          rated current

Sound level -
    2 to 18 amps: 58 dBA, 30 to 320 amps: 70 dBA,
    25 to 100 amps: 64 dBA, 400 to 750 amps: 75 dBA