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Description RINOX-LUB ejector pin anti-friction
Reference 1634-1-100
Material Special stainless steel 17% Cr anti-friction
D (mm) L (mm)
1 100
1.5 100
1.5 125
1.5 160
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Ejector Pins, Core Pins H-13 Nitrided and 50-55Rc
with 3-5 Day Shipping.
Also available in Moldmax and Stainless Steel H-13
thru-hard and Mold Star cut to length.
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Description Self lubricated wear plate, thickness 10
Reference 1303-20-100
Material Special bronze ; Oiless graphite inserts
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Description RINOX-LUB ejector pin anti-friction
Reference 1634-1-100
Material Special stainless steel 17% Cr anti-friction
D (mm) L (mm)
1 100
1.5 100
1.5 125
1.5 160
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Sensy designs and produces a broad range of standard and custom made load pin (clevis pin) for capacities from 0.25t (2.5kN) till 1500t (15MN) and more on request.
Force measurement on hydraulic jacks, load limitation for hoisting equipments and winches, force control on brake system, deported torque control on motors,...
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Magtrol Load Measuring Pins are temperature-compensated transducers used to measure load and force and provide overload protection. The pins are mounted into machines in place of normal shafts and fitted with strain gauges, allowing them to produce a signal proportional to the measured load.
Features:
From 2.5 to 1250 kN (0.28 to 140 tons)
Admissible overload: 150% of the nominal load
Overload at rupture: 350% to 700% of nominal load (according to the model)
Pin made of high resistance stainless steel.
Insensitive to external mechanical and chemical effects (strain gauges inside the pin)
Ideal for use in hostile environments
Rugged and tight construction; maintenance-free
For new or refitted installations
ISO 9001 Certified
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SENSY is one of the most experimented companies in the load limitation for hoisting devices business, because of its 20 years experience in this field of activity. This is why we offer one of the largest product range on the market with strain gauge technology load cells and load pins, electronic load limiters and displays and also dynamometric shackles and wedge sockets.
When it goes about setting in conformity a hoisting equipment, you think about load limitation equipment for production or expedition department overhead cranes (EOT), harbour cranes, … We talk then about heavy loads, Crane classification (FEM) and big investments. Men think that hoisting devices for smaller capacities do not deserve such investment. Therefore, we have developed a range of load cells and electronic load limiters for lower capacities hoisting equipments. We talk about load cells with fast and easy implementation combined with load limitation electronic with 1 or 3 set points. A cost effective solution for equipping your low and medium capacity overhead crane.
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Load measuring pin customized redundant
Typ M-0026-1-RE
Output: DMS x 2
Options:
Pre-amplifier 4-20 mA built in with plug connection
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LA - PRECISION DUAL SHEAR LOAD PIN
APPLICATIONS
- Tension/Compression Measurements
- Clevis Pin/Shackle Loading
- Crane, Lifting & Winch System
- Mooring Line Tension Measurements
- Sprockets & Pulley Axle
FEATURES
- 5,000 to 200,000 lbs. Capacities
- Dual Shear Beam Technology
- Stainless Steel Construction
- Application Versatility
- 0.5% Accuracy Class
- Excellent Overall Performance
- IP67 Environmental Sealing
- Non-Standard Configurations
- Two Year Warranty
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Load Pin Transducers (also known as Shear Pin Sensors) measure loads using a strain gage element sensitive to shear loads. Using a laboratory calibration traceable to NIST, shear strain is related to load. Typical sizes range from 5/8 inch to 3.5 inch diameter. Two-component output is available for applications where loads are in the X & Y planes.
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The load pin works according to the strength measuring principle on a transverse basis to the longitudinal axis.
The SB-32 was developed especially for strength measuring at traversing wheels, can be, however, used also at pulleys, cranes, lifts or other mechanical force measurement on working platforms.
It is executed as a stretching bolt with two clipping chases. Crossways chase is it fixed or the like on a side by a diameter extension and on the other side by two for the mounting device of locking plates against slipping axially. Other safety device for example bags drillings, on enquiry. A side is flat to the protection from twisting and to the identification of the strength introduction.
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Pinholes are useful in laser technology for spatial filtering, image analysis and image processing. The pinholes are precision drilled into stainless steel stock. Diameter is 9.5mm and 25.4mm (1" dia) mounted.
* Precision Air Slits - Mounted
* Precision Air Slits - Unmounted
* Precision Pin Holes - Mounted
* Precision Pin Holes - Unmounted
* Precision Pin Holes High Energy - Mounted
* Precision Pin Holes High Energy - Unmounted
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Description:
Turret Lug Terminal Pin
Features:
Suitable for 1.6mm panel thickness
Finish:
Tin
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Due to their high grinding energy, the Variable Speed Rotor Mill PULVERISETTE 14 is the best choice for grinding of soft to medium-hard, tough, brittle materials - including plastics and for sample preparation according to RoHS and WEEE (e.g. for detection of hexavalent chromium).
The material is comminuted through impact and friction forces. The final fineness of the samples depends on the selected sieve insert.
To avoid undesired abrasion, the FRITSCH Variable Speed Rotor Mill PULVERISETTE 14 can be equipped with rotors made of stainless steel, titanium or with titanium nitride or tungsten carbide coatings.
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Application
* Product: mineral, organic, plastic or vegetal stuff,
* hardness less than 3.5 mohs
* Fat content, moisture content limited,
* De-agglomeration,
* No heating of the product,
* Low power consumption
* Tests are possible in our pilot plant
Working principle
* a rotor, equipped with different grinding elements (pins - fixed hammers - blades - swing hammers, ...) against a grinding crown fixed on the door or a grinding track around the body,
* high air volume circulation,
* possible final corn size: down to 10 micron
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DESITECHMS THE IDEAL DESINTEGRATOR FOR THE MILLING AND GRINDING OF SOFT AND MIDDLE HARD MATERIALS WITH CONTROLLED PARTICLE SIZE DISTRIBUTIONS. BESIDES BEING APPLIED IN THE GRINDING OF MINERALS AND CERAMICS IT IS SPECIALLY SUITED FOR THE NORMAL AND CRYOGENIC MILLING OF POLYMERS AND RUBBERS. THE UNIT HAS BEEN DESIGNED WITH ACCESSIBILITY AND EASE OF CLEANING IN MIND. THE UNIQUE MILLING ROTOR DISCS CAN BE EASILY CHANGED TO MEET DIFFERENT PRODUCT REQUIREMENTS.
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The Sturtevant Simpactor® is a centrifugal, pin-type impact mill that reduces low- to medium-density materials to uniform fine particle sizes of 50-200 mesh.
Size Range:
5-300 H.P.
Capacity Range:
50#/hr - 100 TPH
Product Fineness:
50-200 mesh
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Grain is accelerated by centrifugal force through a single set of whirling rotor pins. Impact in the pin area exposes and destroys hidden infestation with minimum fragmentation. Final impact against a corrugated chamber liner ensures a 100% kill. Simple, rugged design is intended to keep maintenance at a minimum. V-belt drive provides a flexible and dependable means to adjust speeds for optimum performance feed installations by simply changing sheaves until proper speed is set for your particular needs. Infestroyers are available for pneumatic (Blow-Thru) or gravity.
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As a reaction to the increasing, worldwide requirements of the good manufacturing practice (GMP), NARA improves its pharmaceutical mill, SCM (Super Clean Mill) continually. It is based on the principle of a conventional pin mill (impact type pulverizer), which suits the requirements of GMP in the pharmaceutical and the foodstuffs industry.
The next generation mill, NARAs New SCM, is characterised by disk-structured components, which are positioned on bars. By the release of handwheels only, the complete assembly can be dismantled easily and by one person. The low heat increase during milling as well as the easy adjustment of the particle size by screen insets, the simple structure for fast and easy cleaning and maintenance are some of the specific features of this machine. The mill is equipped with various constructional elements, to prevent contamination e.g. the execution of the air-purged shaft sealing, the direct drive and the spatial separation from milling area and drive unit.
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In the Rotor Impact Mill RPMV an intensive impact and shear effect is achieved between the horseshoe-shaped impellers and the anvil ring. The variable rotor speed and an adjustable annular gap allow an optimal setting according to the specific needs.
Within the Rotor Impact Mill RPMV all composite materials are highly disintegrated and in addition a selective size reduction takes place:
brittle-hard materials are greatly reduced in size
metals are shaped to small balls
elastic materials are torn into smaller pieces
The result is a material mix containing ball shaped metal particles that can be subsequently sorted out easily.
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Deli Attritor, a patented product developed by our factory, is a mechanical impact four mill with high speed. By using the shock towards highly rotary plate to raw materials, the grinder can cause crash between materials, materials and stationary high-abrasive plate. By this way, the materials can be grinded ultra fine.
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DCP TECHNOLOGY offers high energy density milling, internal true media recirculation and the most efficient grinding media / product separation by centrifugal force. High flow recirculation followed by shorter residence times provides for high energy density milling even for mills coated with "Special Polymer Compound or Ceramics" as there is minimum temperature build up in the mill. Therefore, simple cooling on the premix tank for mixing the product prior to milling is mostly sufficient for processing temperature sensitive products. Low processing temperatures can easily be maintained in the DCP MILLS.
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Application
Foodstuff,Chemical ,Pharmaceutical, Feed, Fertilizer, Mineral Stone , Metal , Ceramics , Gypsum And any solid materials that need to be milled.
Feature
1) Multiple use for every kinds of raw materials, durable and low wastage .
2) Easy-operation, it can save time and power, high efficiency.
3) Long life components are easy to be replaced and cleaned.
Flowing Explanation
Raw material is fed into grinding room from feeding hopper. The First Grinding is a shearing force caused from the cutter impact in the inner of Rotor and Stator, and so on and so forth, the micro powder will be formed. After filtrating, the powder that smaller than screed mesh will be the products. The bigger powder will be ground in the Third Grinding until the powder can pass through the screen mesh. Finally, all the products will be discharged from the rotary valve.
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| ... products without technical information |
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Mills
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