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VLT Chassis Dynamometers for Diesel Smoke Testing under Road Conditions (CDST)
Diesel Smoke Testing by Free Acceleration Test is one! But how accurate is this Test? We all know that it is a not valuable test, but still better as none testing of Vehicle Diesel Engines. The results are not realistic in many cases. And not as good for the Engine we know.
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Water Brake Engine Dynamometers
DH Series
Ideal for gasoline engines and lower-horsepower diesel engines, Taylor Dynamometer’s DH Series Water Brake Engine Dynos can operate at speeds up to 5,500 rpm. Choose from three different models with capacities ranging from 270 to 805 hp (201 to 600 kW).
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Towing Dynamoters
From light passenger cars to heavy commercial truck vehicles, you can turn to us for a solution that saves you time and money by easily and reliably measuring attributes under a range of simulated load conditions, negative slopes and positive slopes up to 25% – all in a safe, controlled environment. Look to Taylor as the industry leader for a record of pioneering valuable towing dynamometer (dyno) advancements including:
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Eddy Current Engine Dynamometers
A precise, low-maintenance, rapid response and repeatable alternative to water brake technology, Taylor’s Eddy Current Engine Dynos provide low-inertia, air- or water-cooled operation for testing engines up to 966 hp (720 kW) in a range of markets.
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Dynamometers For All Types Of Motors
MOTOMEA’s extensive catalog puts years of innovation at your fingertips. While we invite you to browse online today, we also encourage you to contact us directly to source the specific products you need.
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Towing Dynamometer
RS-40K
RS-40K towing dynamometer is designed for testing today’s DOT Vehicles (Classes 5 and 6) which include trucks and buses. The RS-40K is built with a heavy-duty steel frame, industrial axle and rides on an air ride suspension. The RS-40K is designed to maintain 40,000 Newtons of constant drawbar force and the ability to simulate an uphill slope of 25%. The dyno uses eddy current absorbers with special high temperature coils. The power is provided by an industrial generator. Testing is unlimited at lowspeeds.
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Portable Wattmeter (Unity Power Factor)
Supreme Instrument Laboratories
The Principle of working is Electo-dynamometer type for Wattmeters. Portable dynamometer type single phase Single element Wattmeter housed in laminated wooden cabinet size 235 mm length x 200 mm width x 180 mm height, with detachable lid, black bakelite panel fitted with anti-parallax mirror scale, knife edge pointer, rubber footings, carrying handles, locking arrangements.
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Engine Dynamometer
DH21
Power: 270 hp (205 kW)Torque: 425 lb-ft (576 Nm)Speed: 5,500 rpmWater Use*: 20 gpm (75.7 lpm)Inertia Value: 3.4 lb·ft2 (0.143 kg·m2)Shipping Weight: 325 lb (147 kg)*No Cooling System
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Towing Dynamometer
RS-25K
RS-25K Towing Dynamometer is designed for testing today’s full-sized SUVs and light trucks. The RS-25K is built with a heavy-duty steel frame, an aerodynamic body and rides on an independent, air ride suspension using two eddy current absorbers with special high temperature coils to absorb energy. The RS-25K is powered by an industrial generator so there are no lead-acid batteries to charge and testing time is unlimited at low speeds.
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Small Engine Dynos
M2 Series
Taylor Dynamometer’s M2 Series small engine dynamometers are designed to handle your most difficult operating conditions and are capable of unlimited, continuous use.
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DynoLAB Test Cell Supervisory System
SAKOR Technologies’ DynoLAB™ data acquisition and control systems offer reliable, cost effective automation of all types of dynamometer test systems. As with all SAKOR products, the DynoLAB system undergoes a continuous program of upgrade and improvement, regularly expanding and enhancing DynoLAB’s capabilities.
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AWD Dynamometers
MD-AWD-150
THE MD-AWD-150. Fixed wheelbase, linked AWD performance dynamometer. The key to designing an AWD dynamometer properly is to understand the methods currently being used by manufacturers in the field of AWD drivetrain technology. A dynamometer that can accommodate various types of AWD vehicle transmissions and wheelbases without excessive complication and, more importantly, without risking damage to a client’s AWD system is paramount.
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Engine Dynamometer
DE720
Power: 966 hp (720 kW)Torque: 3,320 lb-ft (4,500 Nm)Speed: 3,750 rpmWater Use*: 124 gpm (469.4 lpm)Inertia Value: 126 lb·ft2 (5.3 kg·m2)Shipping Weight: 9,259 lb (4,200 kg)Rotation: bi-directional*No Cooling System
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Engine Dynamometer
DE400
Power: 536 hp (400 kW)Torque: 1,475 lb-ft (2,000 Nm)Speed: 8,000 rpmWater Use*: 74 gpm (280.1 lpm)Inertia Value: 26 lb·ft2 (1.107 kg·m2)Shipping Weight: 4,012 lb (1,820 kg)Rotation: bi-directional*No Cooling System
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Engine Dynamometer
DX35-HS
Power: 1,250 hp (932 kW)Torque: 4,021 lb-ft (5,452 Nm)Speed: 6,000 rpmWater Use*: 91 gpm (344.5 lpm)Inertia Value**: 101.6 lb·ft2 (4.3 kg·m2)Shipping Weight: 2,043 lb (927 kg)Rotation: bi-directional
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1100 HP Water Brake Chassis Dynamometer
TD-24
AC power, air and water required at one side wallas applicable.• Room length, and pit location within length,must be determined by user to fit maximumtruck length and rear overhang.• Provide at least one man door for fire escapenear rear of room, but not in rear wall becausesomeone entering during a test could be struckby a stone flung from a tire. Provide ample fireextinguishers at each door and near driver.• “Back-on, Drive-off” installation configurationpreferred
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Engine Dynamometer
DX3012
Power: 3,000 hp (2,237 kW)Torque: 9,651 lb-ft (13,085 Nm)Speed: 4,000 rpmWater Use*: 218 gpm (825.2 lpm)Inertia Value**: 239.1 lb·ft2 (10.1 kg·m2)Shipping Weight: 3,423 lb (1,553 kg)Rotation: bi-directional
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Engine Dynamometer Test and Validation
As an industry-leading partner, Trialon provides the expertise, experience, multiple test cells, and equipment to validate your engine components on out state-of-the-art Dynamometer Test Systems.
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Engine Dynamometer
DH23
Power: 805 hp (615 kW)Torque: 1,275 lb-ft (1,729 Nm)Speed: 4,500 rpmWater Use*: 60 gpm (227.1 lpm)Inertia Value: 11.4 lb·ft2 (0.48 kg·m2)Shipping Weight: 475 lb (215 kg)*No Cooling System
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AC Engine Dynamometer
DA750
Power: 750 hp (559 kW)Torque: 2,626 lb-ft (3,560 Nm)Maximum Speed: 3,000 rpmConstant Torque Range: 0 - 1,500 rpmConstant Power Range: 1,500 - 2,600 rpmDecreasing Power Range: 2,600 - 3,000 rpmRotation: bi-directional
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Load Banks
Power Test Dynamometer offers a complete high capacity load testing solution with our load bank and gen set testing systems. Capable of testing generators and AC/DC power sources, our load bank systems safely apply electrical loads across the entire spectrum of operation. By offering a one-stop-shop for your Load Bank and it's accompanying data acquisition software, Power Test is committed to Making Your Testing Easy.
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Dynamometer
The PIAB Dynamometer is excellent for measurement and control of tension forces and weight, where accuracy, reliability and safety in all conditions is required. The PIAB Dynamometer conforms to the International Standards for Safety Inspectorates. The PIAB Dynamometer is an all-weather instrument, equally suitable for use in the laboratory as in the field for weighing and measuring mechanical tension forces.
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Containerized Dynamometer Systems
The Fully Contained Transportable (FCT) Dynamometer Series uses specially engineered shipping containers as a mobile testing facility for engine or transmission testing.
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AWD Dynamometers
MD-AWD-500-AC/EC-100/250
The key to designing an AWD dynamometer properly is to understand the methods currently being used by manufacturers in the field of AWD drivetrain technology. A dynamometer that can accommodate various types of AWD vehicle transmissions and wheelbases without excessive complication and, more importantly, without risking damage to a client’s AWD system is paramount. Full time AWD vehicles are designed to provide maximum performance regardless of road conditions. In cases where traction is less than ideal, a vehicle may be designed to improve stability and traction at the expense of power. This means adding torque to a spinning wheel or retarding of timing. In order to properly test an AWD vehicle for peak performance, an AWD chassis dynamometer must be able to simulate ideal road-load conditions to the vehicle. This approach allows the vehicle to be evaluated under “optimum” operational conditions; whereby torque is distributed to the vehicle’s tires in the same manner that would normally occur when a vehicle has equal traction at all four drive wheels, and is therefore operating at peak efficiency. To achieve this, Mustang’s AWD-500 Series incorporates an internal drive system that synchronizes the front and back rollers to simulate a flat, dry road condition. Synchronization, or linkage, insures that the front and rear rollers are always spinning at precisely the same road speed. This process eliminates the possibility of activating a vehicle’s traction control system and also insures that a vehicle’s torque management system is operating under the assumption that the vehicle is not skidding, turning or slipping. Mustang’s AWD-500 can be operated in AWD Mode while testing two-wheel drive vehicles. This process allows the non-driven axle to be spun by the dynamometer rollers at the same speed as the driven axle, eliminating the speed differential that occurs on two-wheel drive dynamometers – problem solved.
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2WD Dynamometers
MD-500-SE XL
The 500 series dynamometer has a larger big brother – the MD-500-SE XL! The 500-SE is an excellent 2WD performance dynamometer and the XL model expands on these traits by adding in a much wider 98-inch outer track and a HUGE mechanical flywheel to increase the mechanical inertia of the dyno to about 2,000-lbs. This additional inertia helps reduce the duty cycle burden on the eddy current PAU and even allows for pulls to be done in a pinch in inertia-only mode. The XL handles vehicles like diesels and Ford Raptors where the 500 is a bit too narrow for these types of applications. The MD-500 XL’s multiple upgrade paths allows for an AWD upgrade in the future and enables it to accept a second eddy current PAU for increased loading capability. We’ve seen this dyno handle almost 2,000-hp to the wheels on power sweeps so don’t be fooled by the 1,500-hp peak measurement specification. If your tires will hook you can measure as much power as you are laying to the rollers. The large K250 eddy current PAU has plenty of torque for testing and tuning anything from your local diesel pickup crowd and local LS guys to classic carb stuff and front wheel drive cars. The 500-XL is great product at a great price with tons of range. It is also easy to install – buy the aboveground kit with the 16-ft ramps and have this dyno set up and ready to roll in your shop in a half a day! if you want to know more call us! We are always happy to answer questions.
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Towing Dynos for Medium-Duty Trucks and Buses
Designed to maintain 8,992 to 17,985 lb (40,000 to 80,000 N) of constant drawbar pull, our towing dynamometers for medium-duty trucks and buses feature rugged steel frame, heavy-duty axles and air ride suspension, dampened drawbar system and wireless touchscreen controller. Plus, with special absorbers powered by an industrial generator, there are no lead-acid batteries to charge.
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AC Engine Dynamometer
DA195
Power: 195 hp (145.4 kW)Torque: 682 lb-ft (924.7 Nm)Maximum Speed: 5,600 rpmConstant Torque Range: 0 - 1,500 rpmConstant Power Range: 1,500 - 2,700 rpmDecreasing Power Range: 2,700 - 5,600 rpmRotation: bi-directional
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AccuDyne™ AC Dynamometer Systems
SAKOR Technologies offers the AccuDyne™ series of AC motoring dynamometers. These 4-quadrant dynos offer full motoring as well as loading capabilities. AccuDyne dynamometers can be used for testing active components such as engines and electric motors as well as passive components such as transmissions, generators and alternators. AccuDyne dynamometers are available in models from 5 kW through 3 MW. SAKOR Technologies configures each AccuDyne system to meet customer-specific requirements.
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Brake Test Systems
GIANT 9000 Series
The major test target is to detect noise and vibrations generated by the vehicles brake. Our intention was to build a dynamometer that can operate either with brakes mounted to the complete vehicle, or with just the axle module mounted to a universal adaptor system or wheel suspensions.
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Engine Dynamometer
DX35
Power: 1,250 hp (932 kW)Torque: 4,021 lb-ft (5,452 Nm)Speed: 4,000 rpmWater Use*: 91 gpm (344.5 lpm)Inertia Value**: 101.6 lb·ft2 (4.3 kg·m2)Shipping Weight: 2,043 lb (927 kg)Rotation: bi-directional
