Butt’s Pumps and Motors - page 560

Specifications are subject to change without notice
Drives
Catalogue Watts Dimensions (Inches)
HP Number Amps Loss Height x Width x Depth Weight
0.5 KDRA54L 2.4 7 4.00 x 4.18 x 3.75 4
0.75 KDRA53L 3.5 12 4.00 x 4.18 x 3.75 4
1 KDRA25L 4.6 11 4.00 x 4.18 x 3.75 4
1.5 KDRA26L 6.6 18 4.00 x 4.18 x 3.75 4
2 KDRA27L 7.5 21 4.00 x 4.18 x 3.75 4
3 KDRA28L 10.6 29 4.00 x 4.18 x 3.75 4
5 KDRB22L 16.7 38 5.00 x 6.00 x 4.00 8
7.5 KDRB23L 24.2 48 5.00 x 6.00 x 4.00 8
10 KDRD25L 30.8 64 5.75 x 7.20 x 4.25 12
15 KDRD24L 46.2 85 5.75 x 7.20 x 4.25 12
20 KDRD26L 59.4 94 5.75 x 7.20 x 4.25 12
25 KDRC22L 74.8 114 5.75 x 7.20 x 5.00 15
30 KDRF24L 88 135 7.00 x 9.00 x 6.00 30
40 KDRF25L 114 149 7.00 x 9.00 x 6.00 30
50 KDRF26L 143 154 7.00 x 9.00 x 6.00 30
60 KDRH22L 169 209 9.00 x 11.00 x 7.00 45
75 KDRI23L 211 294 9.00 x 11.00 x 7.00 50
100 KDRI24L 273 276 9.00 x 11.00 x 7.00 50
125 KDRG22L 343 370 9.00 x 11.00 x 8.00 65
150 KDRJ23L 396 401 9.00 x 11.00 x 9.00 70
200 KDRJ24L 528 442 9.00 x 11.00 x 9.00 70
154
,%%3/. THREE PHASE !# REACTORS ARE INTENDED
for use as input (or output) filters for variable
frequency drives. Drive performance is improved
by protecting the input rectifier from failure or
damage and acting as a buffer between the line
and the solid state power circuit.
Transient voltages on the AC power line can
cause inrush currents to an AC drive. These
transient voltage conditions are often caused by
utility capacitor switching. The addition of a line
reactor will limit the magnitude of inrush current
preventing tips and component failures.
Óän‡Ó{ä6ÊUÊ "7Ê­<®Ê * Ê
Low “Z” units can be used in any application where traditionally either a
1.5% or 3% impedance reactor would be applied.
Features
s ,IFETIME WARRANTY
s 5NIVERSAL FOOTPRINT
s !LL COPPER WINDINGS
s #3! CERTIFIED
s 5, 5,# RECOGNIZED
The new KDR Optimized Drive Reactors have been designed to provide the
rugged reliability customers have come to expect. These reactors are now
available for both the input and the output of PWM drives.
4HE +$2 REACTORS FOR THE INPUT ARE AVAILABLE IN TWO RATINGS VERSIONS ,OW h:v
LOW IMPEDANCE AND (IGH h:v HIGH IMPEDANCE 4HE ,OW h:v UNITS CAN BE USED
in any application where traditionally either a 1.5% or 3% impedance reactor
would be applied. The High “Z” units can be used in any application where
traditionally a 5% impedance reactor would be applied.
The output reactors (see page 119) have been selected based on the unit’s
ability to withstand the rigors of variable system characteristics. With TCI’s same
outstanding warranty and performance guarantee, the KDR Optimized Drive
Reactors offer a superior design and performance solution.
"*/ < Ê , 6 Ê, /",-ÊUÊ ,
AC ADJUSTABLE SPEED DRIVES
INPUT LINE REACTORS
Catalogue Watts Dimensions (Inches)
HP Number Amps Loss Height x Width x Depth Weight
0.5 KDRA54H 2.4 14 4.00 x 4.18 x 3.75 4
0.75 KDRA53H 3.5 16.8 4.00 x 4.18 x 3.75 4
1 KDRA25H 4.6 23.6 4.00 x 4.18 x 3.75 4
1.5 KDRA27H 6.6 30.6 4.00 x 4.18 x 3.75 4
2 KDRA26H 7.5 30.5 4.00 x 4.18 x 3.75 4
3 KDRA28H 10.6 43.1 4.00 x 4.18 x 3.75 4
5 KDRB25H 16.7 53.1 5.00 x 6.00 x 4.00 8
7.5 KDRB26H 24.2 66.5 5.00 x 6.00 x 4.00 8
10 KDRD21H 30.8 91.8 5.75 x 7.20 x 4.25 12
15 KDRD22H 46.2 107.8 5.75 x 7.20 x 4.25 12
20 KDRC22H 59.4 113.1 5.75 x 7.20 x 5.00 15
25 KDRF28H 74.8 151 7.00 x 9.00 x 6.00 30
30 KDRF25H 88 179.2 7.00 x 9.00 x 6.00 30
40 KDRF26H 114 192.8 7.00 x 9.00 x 6.00 30
50 KDRH24H 143 201 9.00 x 11.00 x 7.00 38
60 KDRH23H 169 220 9.00 x 11.00 x 7.00 45
75 KDRI22H 211 311.5 9.00 x 11.00 x 7.00 50
100 KDRI21H 273 296.4 9.00 x 11.00 x 7.00 50
125 KDRG25H 343 346.5 9.00 x 11.00 x 8.00 65
150 KDRJ22H 396 465.3 9.00 x 11.00 x 9.00 70
200 KDRJ21H 528 516.2 9.00 x 11.00 x 9.00 70
Óän‡Ó{ä6ÊUÊ Ê­<®Ê * Ê
High “Z” units can be used in any application where traditionally a 5%
impedance reactor would be applied.