Archive for the ‘Compumotor - Parker’ Category

Parker Motor Propels Electric Motorcycle Into 1st Place at TTXGP

Thursday, July 7th, 2011

Perhaps the only clue that the new Brammo Empulse is an electric motorcycle is the silence.  Yet the bike is so powerful that it set a new lap record at the Infineon Raceway during the all-electric motorcycle grand prix race series, TTXGP, on May 15.  With a top speed exceeding 100 mph, the Empulse clocked a lap time of 1:55.150 on the 2.5 mile track, easily winning the competition.  Its average lap speed was within 20 seconds of the fastest qualifying lap time of a 1000cc internal-combustion superbike on the same track.

The Brammo bike uses a Parker MPP traction motor that propels the Empulse at breakneck speeds.  Features include:

Internal Cooling – This patent-pending technology increases the continuous torque output and virtually eliminates the peak region of the motor.

External Cooling – Allowing for very high motor speeds, Parker’s combination of cooling and packaging give the MPP traction motor on the Empulse a power density higher than that of most – if not all – traction motors available today.

Broad Scalability – Available in more than 15 sizes, the MPP gives users peak output from 25KW to 375KW.  Parker’s proven design has the most utility of any motor for the EV/HEV drivetrain.

Direct Drive Motors and Rotary Stages

Friday, January 21st, 2011

Axis New England offers several different direct drive motor and rotary stage solutions from Yaskawa, Parker Daedal, and Parker Dynaserv.  Whether your application requires a load attached directly to a motor or a rotary stage driven by a traditional servo motor, Axis New England has the product to meet your needs. 

Yaskawa 

The SGMCS servomotor line is designed for direct drive applications where the load is directly attached to the motor surface. Direct drive technology eliminates backlash, reduces the number of mechanical components, and provides a stiff mechanical system for highly dynamic applications. Pre-tapped mounting holes and a hollow-through shaft permit a variety of machine designs. These motors have substantial load carrying bearings, low speed windings, and 1,048,576 ppr absolute encoders. 200 volt windings are available with maximum speeds up to 500 rpm. There are 17 sizes available with up to 5,310 lb-in (600 Nm) of peak torque. 

Parker Daedal 

The 200RT Series Rotary Tables are designed for precise motor-driven rotary positioning and indexing. These tables are designed to function independently or in conjunction with linear tables used for precision automation applications. Their low profile design minimizes stack height in multi-axis configurations and enables them to fit in many places where other motorized rotary devices cannot. Models are available in 5, 6, 8, 10, or 12 inch diameters and are offered with four gear ratios making it convenient to match size, speed, and load requirements.  

Parker Dynaserv

The Dynaserv is a family of direct-drive servo systems for industrial and high-tech applications. Direct-drive systems are integrated positioning systems that allow the elimination of mechanical transmissions and allow the load to be mounted directly to the motor. This creates an extremely high performance system that can simplify and increase the performance of many machine types. The Dynaserv G3 is the latest generation drive of the Dynaserv family and provides optimal control of a direct-drive system.

The G3 is an all-new digital drive with implementation of the advanced control and filtering algorithms needed to control a direct-drive motor. The G3 can operate in torque, velocity, or position control modes. The G3 comes with a modern Windows-based software utility that makes the set-up of the Dynaserv system easy and fast via RS232 or RS485 communication. When operated in position mode, the Dynaserv has an auto-tune utility that allows quick and easy setting of the tuning parameters. Digital implementation of the low pass and notch filtering makes mechanical resonance abatement far easier than in earlier models.

Simple motion control functions can be obtained without an external controller. The G3 contains a motion table that allows the storage of indexing moves that can be initiated through a serial command or commanded via discrete inputs. When used with a PLC using multiple inputs, the G3 can be used to achieve high-performance motion and handle complex tasks.

The Dynaserv is UL recognized and meets the requirements for CE certification. The G3 has additional innovative safety features such as a controlled stop after power failure and a servo disable switch on the front panel of the drive. Since the Dynaserv motor is capable of handling very large loads, the G3 has special circuitry to monitor power regeneration to the drive. The G3 is a very flexible design allowing operation of the all the DM series motor models and the standard DR series motors.

Axis New England Direct Drive Motors and Rotary Stages

Stepper and Servo Motors

Friday, January 14th, 2011

Axis New England carries a wide range of stepper and servo motors for your motion control applications.  Our motor offering includes Lin Engineering, Parker Compumotor, Parker Trilogy, and Yaskawa.  With such a wide selection we can almost always find a standard or custom motor to fit your project needs.

Lin Engineering’s unique capability to combine offshore component production with domestic final assembly, allows them to deliver a low cost  solution with short leadtimes and custom features upon request.  Stepper motors range from NEMA11 to NEMA34 frame sizes with both 0.9o and 1.8o degree step angles.  Custom options include optimized windings, rotary encoders, modified out shafts and flanges, cable options, and integrated drive electronics.

Parker Compumotor offers a broad line of stepper and servo motors.  Motors range from NEMA16 frame to up over 3000W brushless servomotors.  The numerous product families range from low cost/high torque density designs to unique technologies offering extreme smoothness.  Their state of the art manufacturing facility allows them to offer custom connectors, shafts, windings, or almost any other modification built to your specification with little to no impact on cost and delivery.  Frameless motor options can be tightly integrated into OEM equipment to meet tight package and electrical design requirements.


Trilogy manufactures brushless iron-core and ironless linear motors.  Within each family they offer multiple sizes and stack lengths, with air and water cooling options.  Trilogy has optimized their torque density to get more force and minimize temperature rise, the leading problem with linear motors.  Their extensive history with linear motors has allowed them to design and manufacture technological advances to all but eliminate iron core cogging.

Yaskawa offers both rotary and linear servo motors.  Yaskawa long ago perfected the segmented stator design process allowing them to pack the cooper coils tighter together and thus yield the highest torque density in the industry.  Their motors range from a 10W 1″ square flange to a 55kW motor with over 6000in-lb of torque.  Both serial incremental and absolute encoders are standard offerings.  Yaskawa’s linear motors are available in both ironless and iron-core designs

Axis New England Stepper and Servo Motors

Motion Controllers

Wednesday, January 12th, 2011

Axis New England offers a full line of motion controllers from several of the industry’s top manufacturers including Delta Tau, Yaskawa, and Parker Compumotor. 

Delta Tau manufactures board level ISA, PCI, and PC-104 bus based controllers as well as standalone flexible chassis’s able to control up to 32 axis’.  Communicaiton options include serial, Ethernet, USB, field bus, and high speed optical connectivity.  Optional accessories allow you to tightly integrate features such as additional digital and analog I/O, high resolution analog encoder interpolation, absolute feedback.  Software interface options include Visual Basic and C communication servers, Labview libraries, as well as the Delta Tau HMI package.

Yaskawa offers both Multi-axis standalone controllers as well as single axis controllers which mount to their servo amplifiers.  Multi-axis conrollers range from 2 to 8 axis’ of control with built-in digital and analog I/O.  Single axis controllers range in capabilities from point to point parameter based control to more complexl caming, gearing options.  Communication options include serial, Ethernet, field bus, and Mechatrolink.

Parker Hannifin offers stand-alone and PCI bus based motion control solutions. Stand-alone controllers include serial, Ethernet, and field bus based communication options. Control options include 1-16 axis’ with flexible digital and analog I/O modules. Software interface options include Visual Basic and C communication servers and Labview libraries.

Axis New England Motion Controllers 

Hybrid Vehicles Get Bigger and Better

Friday, September 10th, 2010

Parker teams with CalMotors and US 1 Industries to develop hybrid-electric trucks. 

Like many shipping ports looking to reduce their carbon footprint, the Port of Long Beach has a strict Clean Truck Program, which bans all trucks that do not meet the 2007 Federal Clean Truck Emissions Standards. Helping to meet these standards, Parker has teamed with CalMotors and US 1 Industries to develop a series-electric hybrid truck for use at the Port, historically the site of countless haulers spewing diesel fumes. In series hybrids, only the electric motor drives the drivetrain, and the internal-combustion engine works as a generator to power the electric motor or to recharge the batteries. 

Parker’s MPP series traction motor and inverter are integral components of the truck built by US 1. US 1 uses a 215kW Parker MPP traction motor as the single source of torque for their Class 8 truck — a large tractor-trailer truck with a gross vehicle weight of 80,000 lbs. Thanks to the large speed range of the MPP, the truck can travel at a continuous velocity of 70 mph. Using the MPP motor, the truck has better acceleration and passing capabilities compared to the stock diesel engine typically in the truck. An onboard generator will be used to recharge the batteries as energy is depleted giving it a range of 200 miles on a single charge — at full load.

CalMotors is the company responsible for the complete integration of the power train. “Their intimate knowledge of the Parker components is invaluable to the optimization and ultimate success of this vehicle,” says Jay Schultz, product manager for Parker’s MPP motors.

The first truck will serve as a test vehicle at the Port and will collect data over a few months to confirm the theoretical performance calculations predicted by CalMotors. The Parker drive system is expected to have a timely payback for US 1; however, the emissions reduction will be realized immediately.

“Parker has been an excellent partner for CalMotors as we engineer complete powertrain solutions for all sizes of vehicles,” says Mike Kasaba, president of CalMotors. “The motor efficiency, performance and broad range of motor options along with Parker’s agility and fast response time has allowed us to tailor an impressive powertrain system for a Class 8 truck.”

Designed for the demanding applications found in today’s high-performance electric and hybrid vehicles, Parker’s MPP traction motors offer lower weight and higher power, all in a smaller package than other traction motors. High-performance neodymium magnets are employed for higher torque output. Parker’s MPP motors feature innovative winding design and Parker’s exclusive dual cooling implementation, which features a patent-pending internal cooling technology. This design yields up to 40% higher torque per unit size than conventionally constructed permanent magnet motors.

More cargo and containers move through the Port of Long Beach than any other port in the United States. By implementing Parker’s MPP motors in their trucks, US 1 is helping the busiest industrial port in the country meet its emission goals.

http://www.parkermotion.com/mobile/

Going Green at 200 mph

Thursday, September 2nd, 2010

Parker motor powers Brammo’s new electric race bike.

Sunday, July 25th, was a big day for motorcycle racing enthusiasts around the world with a huge race event in the Monterey, Calif., area. Thousands of people came to the area to see some of the world’s best motorcycle racers competing on some of the world’s fastest race bikes.

That was not the reason I pulled myself out of bed at 5:30 on that Sunday morning to make the 3-hour drive to Monterey. It was not to spend the day at the Mazda Raceway in Laguna Seca, California, listening to the deafening whine of the screaming cycles whiz by at 200 mph. In fact, I attended this race event specifically because I would not have to deal with the noise.

Featured at the Mazda Raceway was a high performance electric motorcycle race that promised crazy-fast speeds, professional bike racers and near silence as these state-of-the-art race bikes blurred by the spectators. Not only was the race itself going to be fun to witness, but it also provided the perfect venue for Brammo, Inc., to unveil its answer to high performance electric bike racing, featuring a Parker MPP motor to propel this bike silently at breakneck velocities.

This bike has been in development for several months. Competitors and enthusiasts were awed at the bike’s look and feel as they walked through the paddock area and asked the Brammo engineers about the bike’s performance.

The MPP powering the bike features Parker’s patent-pending internal cooling –technology that increases the continuous torque output that virtually eliminates the peak region of the motor.  This technology is particularly useful for the high duty cycle of acceleration as the racer exits each curve. The rider sends the torque command into the “peak region” with high enough frequency rendering a non-cooled motor to very limited performance. In addition, the motor uses external cooling, allowing for very high motor speeds — up to three times the catalog rating. This combination of cooling and packaging give the MPP traction motor on this bike a power density higher than that of most — if not all — traction motors available today.

The bike wasn’t quite ready for competition at this last event. But even without the Brammo bike racing, the other electric bikes competing in the race was very exciting. It was also rewarding to hear the spectators comment in amazement as the e-bikes accelerated to their top speeds at a fraction of the noise their ICE counterparts output. So, I eagerly anticipate the next event in the e-Power racing series, to be held in France next month. To further my energy for the event, the Brammo engineering team’s evaluation of the race and winners last month gave us all great confidence that the Brammo bike will be a strong contender for the winning trophy.

Brammo plans to market a street version of the race bike for the commercial market next year. Parker is working closely with Brammo to create a smaller MPP motor for the production version.

All said, it was a very exciting day for the both the Brammo and Parker team — well worth the 6-hour roundtrip drive.

Parker Releases Innovative Parker Factory Display

Thursday, February 25th, 2010

With high-definition resolution, large-format flat-panel displays and built-in networking, the new Parker Factory Display (PFD) offers unparalleled visual impact to realize lean factory principles. Intuitive graphics enhance the message, while distributed architecture easily integrates into existing manufacturing and IS infrastructure. Whether remotely publishing displays from anywhere via the Web or visualizing non-conforming parts on a production line, PFD does much more than other production board displays and Andon systems – and at a lower cost!