Textile industry – LE DUONG TRADING INVESTMENT CO.,LTD

Cast Iron Magnum Gear Pump/Motor

Cast Iron Magnum Gear Pump/Motor

Displacements from 1.05 in³/rev (17,28 cm³/rev) to 7.66 in³/rev (125,63 cm³/rev) available in groups 30 and 35.
Max. peak pressure up to 4640 psi (320 bar).
Max. speed up to 3000 min-¹

Cast Iron Polaris Gear Pump

Displacements from 0.50 in³/rev (8,26 cm³/rev) to 2.01 in³/rev (33,03 cm³/rev).
Max. peak pressure up to 4350 psi (300 bar).
Max. speed up to 3500 min¹

Parker miniature diaphragm pump solutions provides the highest flow per watt available on the market today. Suitable for a broad range of diaphragm pump applications, our miniature pumps promise significant cost savings and reduced field service time thanks to a unique design and advanced motor technology. We also offer a full line of miniature liquid diaphragm pumps that harness the higher fluidic resistance of liquids to deliver higher levels of performance across a wide range of applications.

Fixed Displacement Plata Piston

Fixed Displacement Plata Piston

Gear Pumps

Gear Pumps

Parker’s full line of high and low speed pumps provide power ranging up to 15,000 inch-pounds of torque with speeds ranging from 1/2 rpm to 13,000 rpm. A complete range of sizes is offered in gear, gerotor, vane and piston style operating configurations. Fixed and variable displacement motors are available. Parker hydraulic motors deliver excellent performance with high efficiency, true wear compensation and longer service life.

Gear Pumps

Gear Pumps

Piston pump: displacements from 0.48 in³/rev (7,8 cm³/rev) to 1.83 in³/rev (30 cm³/rev).
Gear pump: displacements from 0.30 in³/rev (4,95 cm³/rev) to 1.29 in³/rev (21,14 cm³/rev).
Max. speed up to 2600 min-1

Hand Pumps

Hand Pumps

Parker hand pumps provide primary, backup or emergency hydraulic power and can be utilized whenever hydraulic power is required, without the need of an electrical or mechanical power source.

Hydraulic Power Units

Hydraulic Power Units

Parker hydraulic power units for industrial, mobile and aerospace applications are available in an endless variety of pressure and flow ranges, reservoir capacities, materials and fluid compatibility. Standard, compact and custom power units are available as well. Hydraulic power units consisting of pumps, reservoirs, relief valves, filters, sight gages and filler breathers from Parker deliver reliable power for hydraulic systems.

Hydraulic Pumps

Hydraulic Pumps

Delivering exceptional functionality and durability, Parker’s extensive line of hydraulic pumps deliver ideal performance in even the most demanding industrial and mobile applications. Parker’s comprehensive line includes gear pumps, piston and vane pumps, gold cup hydrostatic transmission pumps and flow dividers and intensifiers.

Hydrostatic Pumps

Hydrostatic Pumps

Parker Hydrostatic or Closed Circuit Piston Pumps meet the highest demands in regards to performance and precision and are available in a wide displacement range. The Parker hydrostatic pump line supports a broad range of control applications and is suitable for both mobile and industrial applications, including medium and heavy duty applications.

Piston Pump

Piston Pump

Piston Pumps

Piston Pumps

Parker offers a comprehensive selection of both fixed and variable pump types, utilizing inline and best axis technologies for a range of application solutions for Construction, Marine, Mining, and Oil & Gas industries. Our pump technology includes both open and closed circuit (hydrostatic) piston pumps for a variety of fluid types, including standard hydraulic oil, water glycol, phosphate ester and biodegradable. Parker Piston Pumps offer reliable performance, precision, and compact designs

Pneumatic Pumps

Pneumatic Pumps

Parker’s comprehensive selection of pneumatic pumps incude air-driven liquid pumps with high flow capacities that are ideal for pressure testing and chemical injection. The range offers a wide choice of configurations based on pump type and functionality with the capability of working under both high and low operating pressures. They are also designed within an easy to use package and are easy to install. Our pneumatic pumps are suitable for a wide variety of applications, serving many of today’s major industrial markets.

Pump Accessories

Pump Accessories

Parker offers a wide range of accessories for our Pump products. We offer everything from Electronic Controls, Valves, Manifolds to Fittings. Parker accessories are made of the highest quality to ensure up time and reliability. Always consult a Parker Distributor or representative to ensure that you are choosing the right accessories for your pump application.

Pump Replacement Parts

Pump Replacement Parts

Trust Parker as your source for genuine Gold Cup replacement parts, ranging from individual parts to kits. Pump replacement parts include, piston shoes with retainer, port connection block, cam and cradle, controls, basic rotating group, complete rotating group and manifolds. Parker’s pump replacement parts offer OEM quality and durability for unparalleled pump maintenance across a wide variety of applications.

PV2000 Series Pumps

PV2000 Series Pumps

PV4000 Series Pressure

PV4000 Series Pressure

PV4000 Series Variable Delivery

PV4000 Series Variable Delivery

Servo Valve

24 Series Subminiature Flow Control Valve

24 Series Subminiature Flow Control Valve

Rated Flow: 0.3 to 7.5 l/min (0.08 to 2.0 gpm)

Rated Pressure: 210 bar (3,045 psi)

Rated Signal: 10 mA

Port Pattern: Moog standard

30 Series Servo Valves

30 Series Servo Valves

Rated Flow: 0.95 to 6.9 l/min (0.25 to 1.8 gpm)

Rated Pressure: 310 bar (4,500 psi)

Rated Signal: 10 to 40 mA

Port Pattern: Size 01 (ISO 10372-01-01-0-92)

31 Series Servo Valves

31 Series Servo Valves

Rated Flow: 3.8 to 15.0 l/min (1.0 to 4.0 gpm)

Rated Pressure: 275 bar (4,000 psi)

Rated Signal: 10 to 40 mA

Port Pattern: (ISO 10372-02-02-0-92 )

32 Series Servo Valves

32 Series Servo Valves

Rated Flow: 15.0 to 30.0 l/min (4.0 to 8.0 gpm)

Rated Pressure: 275 bar (4,000 psi)

Rated Signal: 10 to 40 mA

Port Pattern: (ISO 10372-03-03-0-92 )

4/2 and 4/3 proportional directional valves,, without integrated electronics (OBE) 4WRA

4/2 and 4/3 proportional directional valves,, without integrated electronics (OBE) 4WRA

Maximum flow 75 l/min

4WRA …XE

4WRA …XE

Area of application in accordance with the Explosion Protection Directive 2014/34/EU: II 2G

Maximum flow 22 l/min

Type of protection of the valve solenoids: Ex eb mb IIC T4 Gb according to EN 60079-7 / EN 60079-18

4WRAE

4WRAE

Maximum flow 75 l/min

4WREE

4WREE

Maximum flow 180 l/min

4WREQ

4WREQ

Maximum flow 180 l/min

4WRKE

4WRKE

Size 10, 16, 25, 27, 32, 35

Component series 3X

Maximum operating pressure 350 bar

Maximum flow 3000 l/min

4WRZEM

Maximum operating pressure 350 bar

4WRZEM

Maximum flow 870 l/min

72 Series Servo Valves

72 Series Servo Valves

Rated Flow: 57 to 225 l/min (15 to 60 gpm)

Rated Pressure: 210, 275, 350 or 480 bar
(3,000, 4,000, 5,000 or 7,000 psi)

Port Pattern: Size 06 (ISO 10372-06-05-0-92)

730 Series Servo Valves

730 Series Servo Valves

Rated Flow: 4 to 66 l/min (1 to 17.4 gpm)

Rated Pressure: 210, 275, 350 or 550 bar
(3,000, 4,000, 5,000 or 8,000 psi)

Rated Signal: 8 to 100 mA

Port Pattern: Size 4 (ISO 10372-04-04-0-92)

743 and 744 Series Servo Valves

743 and 744 Series Servo Valves

Power Generation/Gas and Steam Turbine Applications

Rated Flow: 75 to 400 l/min (20 to 100 gpm)

Rated Pressure: 210 bar (3,000 psi)

Rated Signal: 8 to 96 mA

Port Pattern: Moog Standard

78 Series Servo Valves

78 Series Servo Valves

Rated Flow: 75 to 150 l/min (20 to 40 gpm)

Rated Pressure: 210 bar (3,000 psi)

Port Pattern: Moog standard

79 Series (79-100 and 79-200) Servo Valves

79 Series (79-100 and 79-200) Servo Valves

Rated Flow: 115 to 1,000 l/min (30 to 260 gpm)

Rated Pressure: 210, 310 or 350 bar (3,000, 4,500, or 5,000 psi)

Rated Signal: 8 to 50 mA

Port Pattern: 79-100 – Size 06 (ISO 10372-06-05-0-92) / 79-200 – Moog Standard

G631 and 631 Series Servo Valves

G631 and 631 Series Servo Valves

Rated Flow: 3.8 to 78 l/min (1 to 20.7 gpm)

Rated Pressure: 210, 310 or 350 bar
(3,000, 4,500 or 5,000 psi)

Rated Signal: 30 to 150 mA

Port Pattern: Size 05 (ISO 4401-05-05-0-94)

G761 and 761 Series Servo Valves

G761 and 761 Series Servo Valves

Rated Flow: 0.5 to 75 l/min (0.125 to 20 gpm)

Rated Pressure: 310 or 350 bar
(4,500 or 5,000 psi)

Port Pattern: Size 04 (ISO 10372-04-04-0-92)

G771, G772, G773, 771, 772, and 773 Series Flow Control Valve

G771, G772, G773, 771, 772, and 773 Series Flow Control Valve

Rated Flow: 1.9 to 57 l/min (0.5 to 15 gpm)

Rated Pressure: 210 or 350 bar
(3,000 or 5,000 psi)

Port Pattern: (G)771 – Size 02; (G)772 – Size 03, (G)773 – Moog Standard

STW 0195, STW 0196

STW 0195, STW 0196

Size 6, 10

Component series 2X, 1X

Geared Motor

Cast Iron Magnum Gear Pump/Motor

Cast Iron Magnum Gear Pump/Motor

Displacements from 1.05 in³/rev (17,28 cm³/rev) to 7.66 in³/rev (125,63 cm³/rev) available in groups 30 and 35.
Max. peak pressure up to 4640 psi (320 bar).
Max. speed up to 3000 min-¹

Gearmotor R series (two-stage and three-stage)

Gearmotor R series (two-stage and three-stage)

Our complete range of helical gearmotors provides the optimum size and power solution for every drive task. And for applications where weight is an issue, our multi-stage gear units provide something special: Thanks to their die-cast aluminum design, the models R07, R17 and R27 are three particularly efficient lightweights – ideal as satellite drives and for use in light machine constructions. Reduced backlash helical gear units are also available for particularly precise requirements.

Helical Gearmotor RM Series

Helical Gearmotor RM Series

RM gearmotors with extended output bearing hub are a special type of helical gearmotor. They were designed especially for agitating applications and allow for high overhung and axial loads and bending moments. The remaining data corresponds to that of standard helical gearmotors.

Helical Gearmotor RX series (single-stage)

Helical Gearmotor RX series (single-stage)

For high output speeds, the exclusively single-stage gear units RX57 to RX107 offer compact solutions for your system design.

SIMOGEAR

SIMOGEAR

Having market conform connecting dimensions, the latest SIMOGEAR gear motors are 1:1 compatible to the current standard. SIMOGEAR gear motors are an economic alternative easy for replacements in already existing installations or to implement in new designs. Surely, the new series of gear motors fit the Siemens DriveTrain in an optimal way.

The new SIMOGEAR Siemens geared motors deliver performance from 0.09 kW up to 55 kW. It can achieve a gear unit torque up to 8.000 Nm with helical, parallel shaft, helical bevel and worm geared gear units, additional types and sizes will follow. Due to accordance to the current measures, SIMOGEAR is compatible to many other suppliers of gear motors.

Seals

Back-up Rings

Back-up Rings

Back-up rings are the most common anti-extrusion devices employed in dynamic and static sealing, designed to prevent the migration of sealing material into the extrusion gap under the system pressure. Parker offers a wide range of back-up ring geometries and materials to suit every seal type and application. They are open or closed shapes for snap assembly made of a broad range of compounds which are highly resistant to thermal or mechanical stress. Parker back-up rings help reduce costly downtime and ensure long-term functional reliability.

Buffer Seals

Buffer Seals

Buffer seals are primary seals in tandem sealing configurations. Designed to withstand pressure peaks from the system, Parker hydraulic buffer seals employ an unsymmetrical cross-section design and are often combined with anti-extrusion rings to prevent gap extrusion. State-of-the-art designs include a pressure-relief functionality from the low pressure side, addressing concerns related to drag-oil pressure trapped between the tandem elements. Our comprehensive selection of premium buffer seals are designed for use with hydraulic cylinders, providing excellent wear resistance, and high pressure capabilities. Parker buffer seals combine advanced polymer materials, such as PTFE or TPU with sophisticated product design.

Cushioning Seals

Cushioning Seals

In pneumatic cylinders, cushioning seals are part of a design that provides for controlled final position retardation. Up on approaching the final position, a tapered sleeve, firmly located on the piston rod, progressively closes off the open passage toward the line connection of the cylinder. In this phase of motion, the defluent medium is led via a, usually adjustable, needle valve, the adjustment of which controls the degree of stroke movement retardation. During reverse operation, the cushioning seal designs provide a non-return valve functionality and ensure free flow. Parker offers robust seal profiles, suitable for the harshest operating conditions and showing extreme wear and high-temperature resistance.

Custom Seals

Custom Seals

Parker has the skills and experience to offer custom seals that are completely unique and designed exclusively for a specific application profile. Parker’s application engineers are on hand to ensure you get the best solution for your application needs, whether those be functional requirements, gland limitations, installation improvements, etc. Our advanced material know-how and design expertise is at your fingertips whenever you require a bespoke sealing solution.

Fastener Seals

Fastener Seals

Parker´s fastener seals are composite sealing washers, consisting of a metallic carrier and a vulcanized elastomer sealing lip. They provide a static sealing function on flanges or threaded connections, and consistently assure ideal compression conditions between the housing components to prevent the destruction of the sealing lip. Parker´s fastener seals provide long and reliable service, a high degree of reusability, and easy assembly. They have been engineered to eliminate over-compression, provide easy and accurate placement of the seal thanks to a self-centring design, and deliver improved joint stability via the solid metal-to-metal contact.

Flange Seals

Flange Seals

Flange seals provide the front-face static sealing function within flange connections. There are two major design principles available, either for internal or external pressure. Various designs in a broad range of compounds provide individual features. Parker’s flange seals offer enhanced sealing performance from pressure-free to high-pressure conditions. Designs can be optimized to be insensitive to pressure peaks, show high extrusion resistance or media resistance.

Guiding Elements and Wear Strips

Guiding Elements and Wear Strips

Parker’s selection of guiding elements and wear strips includes U-cup, press-in-place extremely wear-resistant rod, seal, and wiper and guidance systems for pneumatic cylinders; rod guide rings for hydraulic-cylinder and comparable lubricated applications; and countless other offerings.

HIGH PRESSURE OIL SEALS

HIGH PRESSURE OIL SEALS

The rotary shaft oil seal is an indispensable component in lubricated rotating equipment and must be chosen with caution in order to ensure that the correct design and materials are used to provide a long-lasting life for the rotating equipment.

These variations of the G and M type seals are engineered to withstand pressure up to 10 BAR (1 MPa), although this limit has been exceeded in some applications. These seals are available with or without an additional dust lip. The G type and its high pressure variants show a metal insert covered by rubber, while the M type and its variants offer a bare metal body on the outside diameter.

O-Rings and O-Ring Accessories

O-Rings and O-Ring Accessories

Parker O-Ring accessories have been designed to assist O-ring users, and include assembly greases and lubricants, sizing cones and assembly tools.

OIL FILM BEARINGS

OIL FILM BEARINGS

Primary shaft oil seals for oil film bearings. The BBS^® oil seals are available in both DF and MX style to fit every customers’ requirement.

Used in steel mill: back-up rolls (hot and cold rolling mills). The BBS^® oil seals can be supplied together with the corresponding Water Seal, or with specific V-Rings (secondary seal).

Oil Seals

Oil Seals

PISTON SEALS

PISTON SEALS

The PDE is a symmetric double-acting piston seal for alternative linear movements. Is it designed for oleodynamic applications made in NBR rubber with a hardness of 85 Shore A. It is fitted with expansion garter springs to ensure the correct pressure on the radial contact.

Piston Seals

Piston Seals

Parker piston seals for hydraulic and pneumatic cylinders and actuators are designed to separate applied pressure between the piston and the rod side during the stroke movement. They are available as single-acting and double acting seals in a wide range of compound and profile configurations to meet diverse applications: high and low temperatures and pressures, a wide variety of media, harsh operating conditions, various friction requirements, etc. Parker piston seals can cover working temperatures from -50°C to 230°C and working pressures up to 800 bar. Some seal profiles are insensitive to extreme pressure peaks. There are piston seals available that comply with ISO 6020, ISO 5597 and ISO 7425-1 standards.

ROTARY SHAFT OIL SEAL

ROTARY SHAFT OIL SEAL

The rotary shaft oil seal is an indispensable component in any lubricated rotating equipment.

The •FP• oil seals provide the right solution to every sealing problem.

•FP• rotary shaft oil seals are produced according to modern engineering techniques with high-performing materials, as requested by industry specifications.

Technical Rubber

Technical Rubber

Custom-made items on customer’s drawings. Suction cups are typically used in machines for the handling of materials in different applications (general industry, food, automotive etc …)

V-RINGS

V-RINGS

Endless all-rubber face seal produced up to 2.100 mm in one single piece and joint-vulcanized for larger diameters. It works as a front seal and it is the perfect solution to prevent contamination from dirt, dust, or water. It can be used as a secondary seal to protect the primary seals.

The V-Ring is a seal of easy use and assembly since it is self-retaining on the shaft and does not need a special finishing grade and tolerance. The contact area can have a roughness from Ra 0.5 to Ra 1.6 according to the speed and the fluids to be sealed.

WIPER SEALS

WIPER SEALS

Rod wipers for alternative linear movements have been designed to give first-class protection to seals and driving bodies in hydraulic and pneumatic cylinder applications.

The main function of the rod wiper is to keep the rod clean from any possible impurity.

The •FP• rod wipers have a chamfer on the outside diameter to facilitate the press fitting into the housing. To simplify the installation, the bore should have a chamfer as per DIN 3760.

Temperature

ATT2100

ATT2100

Type		Temperature Transmitter(TIT), Field Mounting Type
Certificate		Ex d, FM, ATEX, TR CU(EAC), CE, KCs, IP66/67.
Feature		4 to 20mA, HART, Loop PoweredDigital Accuracy: RTD ±0.17 ℃ , T/C ±0.77 ℃ 3 lines LCD display, Self Diagnostic Function, External Buttons, DAC, Zero Trim, Eng mode
Input		RTD input: a=0.00385(KS, JIS, DIN, IEC), a=0.00391(US)Thermocouple input: KSC 1602-1982, JISC 1602-1981, ANSI MC96.1-1982 Millivolt, ohms
Application		Pressure, Flow, Level measurement for Oil & Gas, Liquid, Water, Maine & offshore, Vessel, Power, Chemical Plants and Refinary

ATT2200

ATT2200

DIN Rail type Temperature Transmitter

Type

Feature

4 to 20mA, HART, Loop Powered

Input

RTD: a=0.00385 : KS, JIS, DIN, IEC, a=0.00391 : US.T/C: KSC 1602-1982, JISC 1602-1981, ANSI MC96.1-1982

Millivolt

ATT2250

ATT2250

Type		Head Mounted Type Temperature Transmitter
Certificate		ATEX Ex ia Intrinsic Safety
Feature		4 to 20mA, HART, Loop Powered
Input		RTD input: a=0.00385 : KS, JIS, DIN, IEC, a=0.00391 : US.Thermocouple input : KSC 1602-1982, JISC 1602-1981, ANSI MC96.1-1982 Millivolt

Cable temperature sensors type CT GE1, CT E1, CT R6, CT E2

Cable temperature sensors type CT GE1, CT E1, CT R6, CT E2

Digital indicator with relay outputs PMT-920

Digital indicator with relay outputs PMT-920

Input Pt100 2-, 3-, 4-, wires

2 relays outputs: 1A, 230 V AC

Power supply: 230 V AC ą 10%/1.5VA

Level Transmitters, Pressure Transmitter, Temperature

Hart communication tools

Level Transmitters, Pressure Transmitter, Temperature

Hart communication tools

Hart communication tools

Hart communication tools

Measuring insert W2, W4, W5

Measuring insert W2, W4, W5

Rail-mounted smart temperature transmitters type LI-24L and LI-24/Ex

Rail-mounted smart temperature transmitters type LI-24L and LI-24/Ex

Galvanic insulation (In, out)

Programmable sensor type

Programmable measuring range

Thermoresistance line compensation

Compensation of thermocouple cold junction

Output signal 4…20mA + Hart protocol

Ambient temperature from -25 to +75 °C

Rail mounting system

Autodiagnostic system

Hart protocol

ATEX certificate (LI-24/Ex)

Smart temperature transmitter APT-2000ALW

Smart temperature transmitter APT-2000ALW

4…20 mA output signal + HART protocol

Programmable range, zero shift, characteristic and damping ratio with local panel keys

ATEX Intrinsic safety , ATEX Explosion proof

Resistant or thermocouple measuring element

MID (Measuring Instruments Directive) – certificate acc. to 2004/22/WE directive and OIML R140:2007 recommendations.

Smart temperature transmitter APT-28

Smart temperature transmitter APT-28

Programmable measuring range

Output signal 4…20 mA

Stainless steel casing

Smart temperature transmitter LI-24ALW

Smart temperature transmitter LI-24ALW

Output signal 4…20mA with Hart protocol

Galvanic insulation (In, Out)

Programmable sensor type

Programmable measuring range

Thermoresistance line compensation

Compensation of thermocouple cold junction

Autodiagnostic system

Intrinsic safety certificate (ATEX, IECEx)

Explosion proof certificate (ATEX, IECEx)

Temperature sensor type CT AL, Temperature transmitter type APT AL with Explosion Proof certificate

Temperature sensor type CT AL, Temperature transmitter type APT AL with Explosion Proof certificate

Material of wetted parts: 304ss or 316Lss (other materials on request)

Process connection: M20x1.5, G1/2″, 1/2″NPT, flagnes according to DIN or ANSI (other process connection on request)

Diameter of measuring insert: 6mm, 8mm

Minimal immersion depth: 90mm

Electrical entry: Thread M20x1,5 or 1/2″NPT

Certificate ATEX

Temperature sensor type CT GB1

Temperature sensor type CT GB1

Measuring range: Pt: -50…150°C / -196…150°C (*)

Admissible load: see Graph 2 (page IX/ 18)

Material of wetted parts: 304ss or 316Lss (**)

Standard immersion length: L=100, 160, 250, 400 mm (**)

Process connection: M20x1,5 or G1/2″

Temperature sensor type CT GN1

Temperature sensor type CT GN1

Measuring range: Pt: -50…500°C / -196…550°C (*)

Admissible load: see Graph 2 (page IX/ 18)

Material of wetted parts: 304ss or 316Lss (**)

Standard immersion length: L=100, 160, 250, 400 mm (**)

Process connection: M20x1,5 or G1/2″

Temperature sensor type CT I4, CT I5

Temperature sensor type CT I4, CT I5

Measuring range: Pt: -50…150°C

Admissible load: OG4 and OG5: 1,6MPa

Material of wetted parts: 304ss or 316Lss (*)

Standard immersion length: Shield of sensor: L=85 or 120 mm (*)

Process connection: M20x1,5 or G1/2″

Thermowells OG1, OG2, OG3

Thermowells OG1, OG2, OG3

Disc Couplings

Torsi-Lock Hubs

Torsi-Lock Hubs

Torsi-Lock provides the ease of a slip fit with the power of a shrink fit.

Ameridrives Couplings has responded to industry demand for a cold-install hub that provides the secure torque transmission and balance repeatability of an interference fit. We’ve combined our Ameriloc shaft locking devices with Torsiflex-i to provide a pre-engineered solution that meets the balance requirements of API 610.

Torsiflex-I Disc Couplings

Torsiflex-I Disc Couplings

Standard coupling is fully compliant with the requirements of API 610 / ISO 14691

Torsiflex-i disc couplings are specifically designed for process pump and general industrial applications. Torsiflex is an all-metal disc coupling requiring no lubrication which incorporates a plug-in feature to allow installation and removal without disturbing the pump alignment.

Advantages

Plug-in spacer design allows installation and removal without disturbing the hubs

Inch series hub attachment screws (Metric available upon request)

Robust disc pack design allows for greater torque load in a smaller coupling, resulting in lower weight

Large bolts for high clamp load, increasing frictional torque load, and reduced bolt bending stress

Max bores matched to NEMA motor shafts, resulting in up to 60% weight savings per application

Smaller diameter and lower weight per HP provide better inherent balance

ATEX compliance is standard — Exll 2GDc135degC(T4)

Built-in Anti-Flail Feature

Zinc Phosphate coating standard

Large hubs available on first two sizes

Compliance with API 671 / ISO 10441 is available

Turboflex Plus High Performance Disc Couplings

Turboflex Plus High Performance Disc Couplings

Two leading international flexible coupling manufacturers, Ameridrives® International and Bibby Turboflex introduce a new series of high performance disc couplings designed to meet the stringent requirements of today’s turbomachinery market.

The Turboflex Plus combines the proven Turboflex and Ameridisc disc couplings together with the experience of the Ameriflex diaphragm producing a coupling as ideally suited to sensitive high speed turbocompressors as it is to low speed load couplings whilst offering an economical solution and being fully compliant API-671/ISO10441 for critical oil and gas, energy, and petrochemical applications. Altra Couplings are selected where quality and reliability are essential to the operation of a plant.

Universal Joints

Americardan 2000 Series U Joints

Americardan 2000 Series U Joints

The Ameridrives Universal Joint is available in seven basic bearing designs:

Sizes U2131-U2155: Needle bearing design. Bearing caps are retained by snap rings.

Sizes U2160-U2188: Needle bearing design. Bearing caps are retained by bolts.

Sizes U2192: Uses two rows of roller bearings. Bearing caps are retained by snap rings. Lube fitting in center of cross.

Americardan 5000 and 3000 Series U-Joints

Americardan 5000 and 3000 Series U-Joints

Designed for operation at high misalignment angles up to 15º. Bearing and seal design resists lubrication loss and contamination. Ideal for use in severe atmospheric conditions. Superior materials and tight tolerances have proven to reduce vibration levels in rolling mills.

5000 Series are high torque designs ideal for applications with diameter restrictions such as cold mills. Catalog sizes range from 225 mm to 860 mm swing diameters and peak torque capacities up to 5647 kNm. Higher torque, custom designs are available in excess of 1200 mm swing diameter.

3000 Series are rated for high misalignment angles and are available in catalog sizes from 55 mm to 860 mm swing diameters and peak torque capacities up to 3153 kNm. Higher torque, custom designs are available in excess of 1000 mm swing diameter. Sizes 3440 and larger incorporate a unique inner race design within the bearing package to reduce routine repair costs by approximately 50%.

Americardan C Series Universal Joints

Americardan C Series Universal Joints

C Series universal joints offer a wing bearing cap design that allows for larger bearing packages extending operating life. The wing-type bearing caps design also provides a lighter and more serviceable assembly.

Americardan J Series Universal Joints

Americardan J Series Universal Joints

Model J Series U-joints use only high-wing bearing cap design. Developed for operation misalignment at high angles up to 15º. Bearing and seal design resists lubrication loss and contamination. Ideal for use in severe atmospheric conditions.