RM0018N15 HAMMOND POWER SOLUTIONS, RM0018N15 Datasheet - Page 4

• Manufacturer Part Number: RM0018N15
• Description: Line Reactor
• Manufacturer: HAMMOND POWER SOLUTIONS
• Series: RMr

Specifications of RM0018N15

• Suppressor Type: Line Reactor
• Power Consumption: 29W
• Supply Voltage Range: 240VAC To 600VAC
• Output Current: 18A
• Inductance: 1.5mH
• Switching Frequency: 20kHz
• Width: 6.3"
• Height: 4.8"
• No. Of Phases: Three
• Brand/series: RM Series
• Current, Rating: 18 A
• Frequency, Operating: 60 Hz
• Impedance: 3%
• Power, Rating: 5 HP
• Standards: UL File No.: E61431, CSA File No.: LR 3902 and CE Mark (IEC 61558- 2-20-2000:)
• Voltage, Rating: 240 VAC
• Mounting Type: PCB Surface
• Rohs Compliant: Yes
• External Height: 4.80"
• Terminal Type: PCB Surface Mount
• Phase Type: 3 Phase
• Length: 3.55"
• Current Rating: 18A
• External Depth: 3.55"
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

SECTION 3
Why Choose A Line Reactor cont’d...
IMPEDANCE RATINGS
SELECTION - 3% OR 5% IMPEDANCE REACTOR
for 3% impedance are ideal for absorbing normal line spikes and motor current surges, and will prevent most
nuisance line tripping of circuit protection devices or equipment.
Additionally, if the application is overseas, or when it is necessary to comply to IEEE 519, the higher impedance
reactor is recommended. These units may also be selected to further reduce harmonic current and frequencies if
desirable, or to both extend motor life or diminish motor noise.
LINE REACTORS OR DRIVE ISOLATION TRANSFORMERS ?
up or step down voltage, use a drive isolation transformer. Hammond carries an extensive line of drive isolation
transformers in stock. Refer to Section 4 for information on Drive Isolation transformers.
© Hammond Power Solutions Inc.
Choose 3% impedance reactors to satisfy most solid state applications in North America. Reactors rated
Where considerably higher line disturbances are present, a 5% impedance reactor may be required.
When true line isolation is required, such as limiting short circuit current, or where it is necessary to step
Z = IMPEDANCE (three phase)
VD = VOLTAGE DROP ACROSS REACTOR
VS = VOLTAGE SUPPLY FOR RATED CURRENT TO FLOW THROUGH REACTOR
Defi nition:
% Z = (VD x 100) x 3
VS
112
RM SERIES LINE REACTORS
Data subject to change without notice.