The HP series of DC motor controls provide accurate speed regulation, repeatable speed settings and large power capacity in a compact package. Designed for high stress industrial applications, the HP operates on three phase 230 or 460 VAC input. A full-wave, six SCR output power section delivers six pulses for every AC input cycle. This provides for smooth and cool motor operation, even in high torque, low speed applications.

The HP series is available in three basic types:

• BHP for forward operation without armature contactors
• FHP for forward operation with one armature contactor
• RHP for forward and reverse operation with two armature contactors and dynamic braking

Ratings:

3 - 20 HP
Input: 230 VAC + 10%, 3Ø, 50/60Hz + 5%
Output:  0-240 VDC armature, 150VDC field
(240 VDC field optional)

Ratings:

3 - 40 HP
Input:  460 VAC + 10%, 3Ø, 50/60Hz + 5%
Output: 0-500 VDC armature, 300VDC field

Overload Capacity:
150% for one minute

Instantaneous Overcurrent trip:
Preset for 260% of rated current

Acceleration / Deceleration:
Independently adjustable from 0.6 to 28 seconds.

Torque (current) limit:
Adjustable from 0 to 200% of rating.

Minimum speed:
Adjustable from 0 to 10% of rated output voltage.

Maximum speed:
Adjustable from 75 to 105% of rated output voltage.

IR Compensation:
Adjustable from 0 to 10% boost.

Speed Regulation:
(percent of base speed with 95% load change)
+ 1.0% with armature feedback
+ 0.1% with tachometer feedback.

Speed Command Input:
4 - 20 milliamp or 0-6 VDC.

Tachometer feedback input:
175 or 2500 rpm motors with a 50 VDC/1000 rpm tachometer standard, other ranges available.

Dimensions (open chassis):
3 - 10 HP, 230 VAC:  
14" (W) x 14" (H) x 5-5/8" (D) 

15 - 20 HP, 230 VAC:  
14" (W) x 15-1/2" (H) x 5-5/8" (D) 

5 - 25 HP, 460 VAC:  
14" (W) x 14" (H) x 7" (D) 

30 - 40 HP, 460 VAC:  
14" (W) x 15-1/2" (H) x 7" (D) 

Weight:
open chasis: 20 lbs

HP Series Model Selection Table
HP	Input	BHP Model	FHP Model	RHP Model
3	230 VAC	BHP-30	FHP-30	RHP-30
3	460 VAC	BHP-31	FHP-31	RHP-31
5	230 VAC	BHP-50	FHP-50	RHP-50
5	460 VAC	BHP-51	FHP-51	RHP-51
7.5	230 VAC	BHP-75	FHP-75	RHP-75
7.5	460 VAC	BHP-76	FHP-76	RHP-76
10	230 VAC	BHP-100	FHP-100	RHP-100
10	460 VAC	BHP-101	FHP-101	RHP-101
15	230 VAC	BHP-150	FHP-150	RHP-150
15	460 VAC	BHP-151	FHP-151	RHP-151
20	230 VAC	BHP-200	FHP-200	RHP-200
20	460 VAC	BHP-201	FHP-201	RHP-201
25	460 VAC	BHP-251	FHP-251	RHP-251
30	460 VAC	BHP-301	FHP-301	RHP-301
40	460 VAC	BHP-401	FHP-401	RHP-401

FEATURES:

* Current sensing shunt provides a low-voltage signal proportional to the armature current for current monitoring circuits

* Power-on timer ensures power supply stability before startup by delaying startup by 200 milliseconds

* Optional automatic reversing remembers a reverse command and causes the motor to dynamically brake to zero speed, then reverse without an additional start command

* CMOS logic provides high noise immunity and low power consumption

* Built-in signal isolation permits connecting the speed pot control common to earth ground

* Digital ramp generator prevents phase mismatch between lines and eliminates ramp balance adjustments

* Line isolation provides impedance-isolated armature feedback and transformer-isolated shunt feedback signals

* Reed relays reduce electrical noise

* Latching network allows use of standard momentary contact push buttons for operator commands

* 50 or 60 Hz input selection

* Contactor timing and interlocks ensure zero current switching in models with contactors, extending contactor life

* LED indicators show phase loss protection, low line voltage protection, torque limit and forward or reverse operation

* Phase-insensitive AC input

* Control transformer (460 VAC models only)

* Independently adjustable acceleration and deceleration ramps

* Instantaneous overcurrent trip with LED fault indicator

* Anti-plug protection prevents start-up or reversal of the drive until the motor armature reaches zero speed

* Tachometer feedback input for 1750 or 2500 rpm motors with a 50 VDC/1000 rpm tach

* Remote/Local torque programming by jumper selection

* Speed command input of 4-20 milliamp or 0-6 VDC

* Standard options to meet most requirements

Options (cost extra)