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DC Brushed Motors

WarP 7 WarP 8 ImPulse 9 WarP 9 WarP 11
WarP 11HV WarP 13 TransWarP 7 TransWarP 9 TransWarP 11



  &  


These motors have a 7.25" frame diameter. They are series wound brushed DC motors. Both motors have double ended shafts. Our WarP 7 Motor has been designed for use in dual motor applications and to ease the conversion process for people who want dual motors and/or direct drive applications. These motors have many unique features that set them apart from any other brushed DC EV motor currently manufactured.


  • Timing can be adjusted to CWDE or CCWDE(from the normal Neutral).
  • The WarP 7 Drive End (DE) shaft and the Commutator End (CE) shaft are 1.125" in diameter with a 1/4" keyway.
  • The TransWarP 7 is not the typical 1.125" single-keyed type, but rather a hefty 1.370" shaft with a 32-tooth involute spline that is identical to the tail shaft spline of a Turbo 400 transmission. The Commutator End (CE) shaft is 1.125" in diameter with a 1/4" keyway that will match with the WarP 7 Drive End (DE) shaft.
  • These motors have brush wear indicators and a temperature snap switch.
  • They have high efficiency fans and massive commutators and brushes.
  • The TransWarP 7 motor uses an optional "shorty" tail shaft housing from a Chevrolet Turbo 400 transmission fitted to the drive end-bell (may be ordered with or without housing!) This motor was originally designed to be coupled directly to a drive shaft!
  • We have added double wide bearings on the drive end of the TransWarP 7 motor,and we've added grease fittings (as you now have a slip-yoke assembly...). We use the industry standard 1350 universal, so you can easily adapt it to any manufacturers drive shaft!
  • We also made the commutator end shaft of the TransWarP 7 motor the same diameter as the drive end of a typical WarP 7 - just in case you wanted to connect 2, 7" motors together!

Delivery Time: Special Order.

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Sales Sheets

WarP 7 & TransWarP 7
Sales Sheet
WarP 7 and TransWarP 7 Performance and Engineering Data

72V Advanced Data

48V Advanced Data

48V Neutral Data

72V Advanced Graph

48V Advanced Graph

48V Neutral Graph

TransWarP 7
Drive End

TransWarP 7
Comm End

00-08217

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Replaced with the ImPulse 9 Motor

These motors have an 8" frame diameter. They are series wound brushed DC motors. This motor can be purchased as a single or double ended shaft motor. Our WarP 8 motor is basically a twin to the ADC 8" motor (203-06-4001A), but at a better price point. As a convenience to our customers we have duplicated the mounting bolt pattern to allow our clients to utilize existing mounting plate adapters.

 

The WarP 8 motor's basic parameters:

  • It is an 8" diameter series wound DC motor with a double ended shaft.
  • The motor utilizes large style comm's and brushes.
  • The comm's are key-locked onto the drive shaft -- reducing the likelihood of lifting any commutator bars.
  • Class "H" insulation is used throughout the motor
  • The drive shaft and tail shaft have standard keyways cut into them
  • The drive shaft comes with a pilot bearing hole and a 5/16 - 18 mounting hole
  • The world reknowned "White Zombie" (driven by John Wayland) originally used two of our WarP 8 motors. This car is the world's quickest and fastest "Street Legal Electric Vehicle". John has since switched to dual ImPulse 9 motors.

Delivery Time: From Stock.

Retail Price List


DOWNLOAD CAD DRAWINGS

Sales Sheets

WarP 8
Sales Sheet
WarP 8 Performance and Engineering Data

Performance Graph

Performance Data

00-08200
Engineering Drawing

00-08203
Engineering Drawing

00-08206
Engineering Drawing

00-08218
Engineering Drawing

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  &  

These motors have a 9.25" diameter frame. They are series wound brushed DC motors with a double ended shaft (or single ended as desired) and are pre-drilled to allow for brush advance (favored timing) in either neutral, advanced CWDE or advanced CCWDE (standard). Our ImPulse 9 ™Motor share many of the internal components found in our WarP 9 Motor, but has the mounting pattern and pilot to match 8" motors (Model 00-08259 & Model 00-08269, Model 00-08249 does NOT match ADC 8" and is no longer a stocked item!). There is also a single ended shaft version of this motor - 00-08269.

 

  • The commutator bars are more securely attached to the arbor, so they will be less likely to lift.
  • The laminations are all keyed onto the armature shaft to prevent movement - most laminations are simply pressed onto a round shaft
  • The drive shaft is bored for a pilot bearing and drilled & tapped for a 5/16 - 18 bolt.
  • The tail shaft also has a 1/4 - 20 bolt hole to mount tach sensors or secure couplers and accessories
  • We have duplicated the ADC 8" mounting bolt pattern allowing clients to use preexisting mounting adapters (Model 00-08259 & Model 00-08269) Model 00-08249 does NOT match the ADC 8" mounting pattern, but rather matches the ADC 9" bolt pattern
  • Class "H" insulation is used throughout the motor. The drive shaft and tail shaft have standard keyways cut into them. This motor is also available at a better price point to end users.

Delivery Time: From Stock.

Retail Price List


DOWNLOAD CAD DRAWINGS

Sales Sheets

ImPulse 9 & TransPulse 9
Sales Sheet
ImPulse 9 and TransPulse 9 Performance and Engineering Data

Performance Data

Performance Graph

Performance Data

00-08259NA
Engineering DrawingL

00-08259
Engineering Drawing

00-08269
Engineering Drawing

00-08249
Engineering Drawing

TransPulse 9
Engineering Drawing

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  &  

The WarP 9 motor is similar to the ADC 9" motor, but with numerous improvements. It is a 9.25" diameter, series wound, brushed DC motor with a double ended shaft (also available as single-ended). Of the most notable changes, we have a larger commutator and utilize the larger style brushes specially formulated for EV's.


Beginning with motors manufactured in July, 2010 numerous enhacements were added to our entire line of brushed motors, some of which include:


  • 1/2”-13 diameter terminal studs: Increased from 3/8” diameter - bigger is better!
  • New brush composition: Handles higher voltages and currents – improves motor efficiency.
  • New brush design: “split brush with pad” design handles higher voltages and currents – improves motor efficiency.
  • Increased spring pressure: Spring pressure has been increased to allow improved commutation (note: This does NOT increase brush-commutator wear as might be suspected)! Higher spring pressures allow for increased commutation – which improves commutator wear over “bouncing brushes”.
  • Addition of optical RPM sensor hole: A 1/2”-20 hole is drilled and tapped into the DE for easy insertion and use of an RPM sensor.
  • Addition of temperature thermistor: This will allow the motor temperature to be be monitored.
  • Removal of brush wear indicators: To the best of our knowledge, no one ever used this feature. As armature voltage was used for signaling it was difficult to adapt and use.
  • Improved fan: Increased air flow will allow the motors to run cooler and more efficiently. The 15 blade fan is a new casting that will make using the RPM sensor easier as well.
  • Drive End mounting holes changed from “blind holes” to thru holes. If the wrong length bolts were used it could damage the DE head. Care must still be exercised to ensure that the mounting bolts do not hit the fan blades!
  • Temperature snap switch and thermistor plug will use the same black plug that was previously used for the brush wear indicators and accepts 1/4”, flat spade connectors, but it will now be counterbored.
  • The TransWarP 9 motor uses an optional "shorty" tail shaft housing from a Chevrolet Turbo 400 transmission fitted to the drive end-bell (may be ordered with or without housing!) This motor was originally designed to be coupled directly to a drive shaft!
  • We have added double wide bearings on the drive end of the TransWarP 9 motor, and we've added grease fittings to the optional tailshaft housing (as you now have a slip-yoke assembly...). We use the industry standard 1350 universal, so you can easily adapt it to any manufacturers drive shaft!
  • We also made the commutator end shaft of the TransWarP 9 motor the same diameter as the drive end of a typical WarP 9 - just in case you wanted to connect 2, 9" motors together!


All of the above changes habe been phased into production across ALL DC motors

The comm bars are more securely attached to the arbor, so they will be less likely to lift. The drive shaft is bored for a pilot bearing and drilled & tapped for a 5/16 - 18 bolt. The tail shaft also has a 1/4 - 20 bolt hole to mount tach sensors or to secure couplers and accessories. Again, we have duplicated the ADC 9" mounting bolt pattern allowing clients to use preexisting mounting adapters. Class "H" insulation is used throughout the motor. The drive shaft and tail shaft have standard keyways cut into them. This motor is also available at a better price point to end users.

Delivery Time: From Stock.

Retail Price List


DOWNLOAD CAD DRAWINGS

Sales Sheets

WarP 9 & TransWarP 9
Sales Sheet
WarP 9 and TransWarP 9 Performance and Engineering Data

Performance Graph
Manufactured
after 7/1/2010

Performance Graph

Performance Graph
Manufactured
prior 7/1/2010

Performance Data

Performance Data
Manufactured
after 7/1/2010

Performance Data
Manufactured
prior 7/1/2010

WarP 9 Engineering Drawing
00-08219
Manufactured
after 7/1/2010

WarP 9 Engineering Drawing
00-08219
Manufactured
prior 7/1/2010

TransWarP 9 Engineering Drawing
00-08309

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  &  

The WarP 11 motor is similar to the ADC 11" motor, but with numerous improvements. It is a 11.45" diameter, series wound, brushed DC motor with a double ended shaft (also available as single-ended). Of the most notable changes, we have a larger commutator and utilize the larger style brushes specially formulated for EV's.


Beginning with motors manufactured in July, 2010 numerous enhacements were added to our entire line of brushed motors, some of which include:


  • 1/2”-13 diameter terminal studs: Increased from 3/8” diameter - bigger is better!
  • New brush composition: Handles higher voltages and currents – improves motor efficiency.
  • New brush design: “split brush with pad” design handles higher voltages and currents – improves motor efficiency.
  • Increased spring pressure: Spring pressure has been increased to allow improved commutation (note: This does NOT increase brush-commutator wear as might be suspected)! Higher spring pressures allow for increased commutation – which improves commutator wear over “bouncing brushes”.
  • Addition of optical RPM sensor hole: A 1/2”-20 hole is drilled and tapped into the DE for easy insertion and use of an RPM sensor.
  • Addition of temperature thermistor: This will allow the motor temperature to be be monitored.
  • Removal of brush wear indicators: To the best of our knowledge, no one ever used this feature. As armature voltage was used for signaling it was difficult to adapt and use.
  • Improved fan: Increased air flow will allow the motors to run cooler and more efficiently. The 15 blade fan is a new casting that will make using the RPM sensor easier as well.
  • Drive End mounting holes changed from “blind holes” to thru holes. If the wrong length bolts were used it could damage the DE head. Care must still be exercised to ensure that the mounting bolts do not hit the fan blades!
  • Temperature snap switch and thermistor plug will use the same black plug that was previously used for the brush wear indicators and accepts 1/4”, flat spade connectors, but it will now be counterbored.
  • The TransWarP 11 motor uses an optional "shorty" tail shaft housing from a Chevrolet Turbo 400 transmission fitted to the drive end-bell (may be ordered with or without housing!) This motor was originally designed to be coupled directly to a drive shaft!
  • We have added double wide bearings on the drive end of the TransWarP 11 motor, and we've added grease fittings to the optional tailshaft housing (as you now have a slip-yoke assembly...). We use the industry standard 1350 universal, so you can easily adapt it to any manufacturers drive shaft!
  • We also made the commutator end shaft of the TransWarP 11 motor the same diameter as the drive end of a typical WarP 11 - just in case you wanted to connect 2, 11" motors together!


All of the above changes have been phased into production across ALL DC motors.

The comm bars are more securely attached to the arbor, so they will be less likely to lift. The drive shaft is bored for a pilot bearing and drilled & tapped for a 5/16 - 18 bolt. The tail shaft also has a 1/4 - 20 bolt hole to mount tach sensors or to secure couplers and accessories. Again, we have duplicated the ADC 9" mounting bolt pattern allowing clients to use preexisting mounting adapters. Class "H" insulation is used throughout the motor. The drive shaft and tail shaft have standard keyways cut into them. This motor is also available at a better price point to end users.

Delivery Time: From Stock.

Retail Price List


DOWNLOAD CAD DRAWINGS

Sales Sheets

WarP 11 & TransWarP 11
Sales Sheet
WarP 11 and TransWarP 11 Performance and Engineering Data

WarP 11 (00-08311)
Performance and Engineering Data

TransWarP 11
Performance and Engineering Data

TransWarP 11
Performance Graph

WarP 11 (00-08311)
Performance Graph

WarP 11 (00-08311)
Manufactured after
7/1/2012

WarP 11 (00-08311)
Manufactured prior
7/1/2012

WarP 11 (00-08511

WarP 11 (00-08811

TransWarP 11 (00-08711)
Manufactured after
9/1/2006

TransWarP 11 (00-08711)
Manufactured prior
9/1/2006

WarP 11 (00-08311)
Drive End

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The WarP 13 is a 13.25" diameter, series wound DC motor with a double ended shaft. Our WarP 13 motor may be customized to a large extent by the customer, it is only available as a Special Order item. This motor can have its fields switched from serial to parallel! When it was dyno tested the engineers at Warfield Electric said: "This motor is Torque City"!


The comm bars are more securely attached to the arbor, so they will be less likely to lift. The drive shaft is bored for a pilot bearing and drilled & tapped for a 1/2 - 13 bolt. The tail shaft also has a 1/4 - 20 bolt hole to mount tach sensors or secure couplers and accessories. This motor is a "foot-mount" and should not be considered for face mounting due to its weight. Class "H" insulation is used throughout the motor. The drive shaft and tail shaft may be specially designed or use standard keyways or splines.

Delivery Time: Unavailable.

Retail Price List


DOWNLOAD CAD DRAWINGS

Sales Sheets

WarP 13
Sales Sheet
WarP 13 Performance and Engineering Data

Serial Data

Parallel Data

Serial Performance

Parallel Performance

00-08413

00-08513

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The WarP 11HV Motor is a 11.45" diameter, series wound DC motor with a double ended shaft. This is the currently the only motor in our product line that has inter-poles. Our WarP 11HV motor  comes set with neutral timing. Of the most notable changes, we have is a very large com and the use of very large style, very high quality brushes. A special order TransWarP 11HV   version is also available!

 

The com bars are more securely attached to the arbor, so they will be less likely to lift. The drive shaft is bored for a pilot bearing and drilled & tapped for a 5/16 - 18 bolt. The tail shaft also has a 1/4 - 20 bolt hole to mount tach sensors or secure couplers and accessories. Again, we have duplicated the ADC 9" mounting bolt pattern allowing clients to use preexisting mounting adapters. Class "H" insulation is used throughout the motor. The drive shaft and tail shaft have standard keyways cut into them. This motor is also available at a better price point to end users.

Delivery Time: Unavailable.

Retail Price List


DOWNLOAD CAD DRAWINGS

Sales Sheets

WarP 11HV
Sales Sheet

Performance and Engineering Data

Perfrmance Graph

00-08911
*Spreadsheet data is from actual dyno runs for the motors, the graphs may not be 100% representative of the data due to plotting limitations of the software used to produce the graphs. The Warfield dyno is limited to 72 Volts and ~600 Amps - figures beyond these points may be extrapolated. Most motor losses are fixed, so performance extrapolated at higher currents will likely be slightly better than most extrapolations.

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You may contact us directly via the following:
NetGain Motors, Inc.
800 South State Street, Suite 4
Lockport, Illinois 60441
Voice: 630-243-9100
Fax: 630-685-4054
Email: info@go-ev.com
 
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