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Modular in design, ASGCO Weigh Belt Scale performs in a wide variety of conveyor styles and structures in English or metric. Versatile ASGCO Weigh Belt Scale installs in series to create a 2 or 3 idler weigh bridge - minimum of 2 load cells.
- Easy to Install - ASGCO Weigh Belt Scale which typically takes less than 2 hours for complete installation and start up!
- Virtually Maintenance Free - because its low profile minimizes build-up areas where dust and dirt accumulate.
- User Friendly Software Powers the ASGCO Totalizer - requiring input of only 5 field parameters before initial calibration.
- The Totalizer is Automated - because belt length and speed are automatically calculated and entered.
- Totalizer Provides a Wide Variety of Outputs - to drive printers, chart recorders, PLC devices and controllers.
- ASGCO Weigh Belt Scale is Simple - consisting of a speed sensor standard encoder - no expensive housings or assemblies
- A wide selection of Options are Available: wheel mount kit for speed sensor, cross tube kit for heavy duty / high belt loading applications, low capacity load cells for light duty applications and field wiring installation kits.
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Conveyor beltweighers weigh and control continuous flows of bulk materials accurately and without inconvenient interruption.
Careful adaptation to the respective product characteristics is the basis for repeatable results.
• Flexible product range for almost all common belt widths; designs for use in legal metrology also available
• Adjustment, batching and loading control extend the field of application and provide optimized product flow and handling
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The scale operates while the conveyor is in motion and is intended for the weighing of individual boxes, cartons, cans or -unpackaged products such as large cuts of meat. It is ideally suited to checkweighing, straight weighing and weight accumulation operations.
Fully automatic - Dual photo electric cell arrangement allows maximum accuracy in weighing randomly sized products. Excellent for feeding meat production lines or for checkweighing boxes, cans, cartons etc. Detect weight problems in-line.
Self-contained - Freestanding, self-powered design operates independently of existing belt conveyor. Unaffected by idler friction or belt tension and requires no damping device. Installs easily in new or existing facilities.
Stainless or carbon steel construction - Provides a cost effective choice based on material handling requirements. Stainless steel scales are matched with a stainless steel indicator to meet NEMA 4X standards for washdown and corrosion resistance.
Belting - USDA approved acetal flush grid with 31% open area for easy maintenance. Special belting available.
Weigh Bar accuracy and reliability - Weigh-Tronix patented weighbar design cancels out side, end and torsional forces to provide a true downward load. Fully electronic design eliminates moving parts that may be affected by wear or misadjustments.
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For new conveyor installations or retrofit existing conveyors. Weigh Legs have adjustable height and capacities from 250 to 1,000 lb per Weigh Leg frame.
Weigh legs allow you to save steps and increase productivity with in-line weight measurement and checkweighing.
The Weigh Leg frame is an integrated assembly, incorporating two supporting legs, two Weigh Bars, junction box and cabling. The finish is a heat-fused powder paint, which provides a high level of corrosion protection.
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Model S4a :
The belt conveyor scale of "S" line is a microprocessor based equipment specifically designed for industrial plant applications. Typical applications may be: Stock pile plant handling, belt feeder flow control, blending and batching systems.
MAIN FEATURES :
- No modifications to the conveyor structure
- Weighing area spans from 1 to 4 idler stations
- Pulse generating speed transmitter
- Optoisolated RS485 serial ports
- Optoisolated 4-20 mA flow rate output
- Failure alarm hardware output
- Optoisolation of all digital inputs/outputs
- Periodic self corrections of thermal drift
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Ramsey Series 14 Belt Scale System
The Thermo Scientific Ramsey Series 14 Precision Belt Scale System is specifically designed for high accuracy or basis-of-payment applications requiring certification by government and regulatory agencies. It is extremely accurate to within 0.125% and is the most widely certified belt scale in the world. It lets you monitor production output and inventory, or regulate product loadout, while providing vital information for the effective management and efficient operation of your business.
Product Detail
The Thermo Scientific Ramsey Series 14 Precision Belt Scale System from Thermo Fisher Scientific is specifically designed for high-accuracy or basis-of-payment applications requiring certification by government and regulatory agencies.
The Thermo Scientific Ramsey Series 14 incorporates the Ramsey 10-14 low-deflection, full-floating unitized weighbridge and the Ramsey 61-12C Belt Speed Sensor. Both are well-proven on hundreds of precision belt weighing installations.
It also utilizes the Ramsey Micro-Tech 2301 or Ramsey Micro-Tech 3301 Electronic Integrator and the Ramsey 2301-D Load Cell Exciter/Digitizer, which are the products of 50 years of design and application experience with high-accuracy belt scales.
Applications
The Thermo Scientific Ramsey Series 14 Precision Belt Scale System represents the world standard of accuracy and performance for loadout, inventory monitoring and fee-holder type applications requiring certification.
Certification
As the most widely certified electronic belt scale in the world, the Thermo Scientific Ramsey Series 14 has received its Certificate of Conformance in the United States as issued under the National Type Evaluation Program (NTEP) of the National Conference on Weights and Measures. Outside of the US, it is certified by OIML and EEC Class I standards.
Performance Guarantee
On factory-approved installations, we guarantee that the Thermo Scientific Ramsey Series 14 Precision Belt Scale System will weigh and totalize to a value within ±0.125% of the test load at flow rates between 25% and 100% of the scale system's calibrated capacity when calibrated against an actual weighed material test. Furthermore, we warrant that the scale system will repeat to within 0.1% of consecutively run, simulated calibration tests.
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Earth Pressure Balance Machines (EPBM)
EPBMs are used for high powered pipe jacking with precise control of earth pressure via operator control of the cutterhead with pressure sensors, jacking speed, screw conveyor operation and foam and bentonite slurry additive system for conditioning of spoils. Akkerman manufactures EPBMs for installation of pipe in the 96"-168" OD range.
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If the geology of your tunnel ranges from soft soils to weathered rock, then a Robbins Earth Pressure Balance Machine (EPBM) is the correct technical solution for your project. This is particularly true when your project is located in an urban environment and ground surface subsidence cannot be tolerated.
EPBMs are utilized in the construction of rail tunnels, metropolitan subway systems, highway tunnels, and other projects where the tunnel will be constructed either partly or completely in soft soil beneath the water table.
Robbins has integrated over 50 years of TBM design and jobsite experience into our EPBMs. Nobody has a wider range of experience designing innovative machinery to cope with difficult underground conditions. Our engineers will tailor your EPBM to handle the specific challenges of your project. From "Smooth Flow" cutterheads that reduce friction to super-reliable sealing systems and Variable Frequency Cutterhead Drives, Robbins has taken the traditional EPB design to the next level.
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Earth pressure balance tunnel boring machines
Historically, EPBs were developed in order to do away with the mucking system and the reprocessing of boring slurry. To do this, the soil must ideally consist of fine elements (clay and silt) and natural water. This type of mix is rare, which is why foams were developed.
Basic principle
The earth pressure balance tunnel boring machine or EPB consists of a cutting chamber located behind the cutterhead. This chamber is used to mix the soil + water foam. It is maintained under pressure by the mucking system. The system consists of a screw conveyor whose speed is controlled so that constant pressure inside the chamber is guaranteed. The material exits the screw conveyor via a hatch that can be closed when the TBM is shut down. The material is then removed by a belt conveyor and/or train cars circulating in the tunnel.
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Slurry shield tunnel boring machines
Bentonite slurry, consisting of a specific clay and water mixture is universally used in boring and digging operations. The slurry has numerous properties: sealing of the cutting face, reduced friction on the TBM's structure, and transport of cuttings to the separation plant outside the tunnel.
The basic principle of this TBM is to maintain the tunnel's cutting face during the excavation phase by filling the working chamber, located behind the cutterhead, with slurry.
Slurry pressure is carefully controlled by a large air bubble which is maintained by a separately-controlled air supply system. This air bubble acts as a damper by absorbing sudden variations in mucking output.
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Herrenknecht Earth Pressure Balance (EPB) Shields are in their element in soft ground. Cohesive and incohesive soils with high clay or silt content and low water permeability provide the ideal conditions for EPB tunnelling.
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BinMaster’s SmartBob2 weight and cable inventory management system is designed for powder and bulk solids measurement in bins and storage silos up to 180 feet tall. Consisting of SmartBob sensors, control consoles and Windows-based eBob reporting software, BinMaster provides an automated wired or wireless inventory monitoring and reporting solution for the grain, seed, feed, cement, coal, aggregates, food, chemical, pharmaceutical and plastics industries. SmartBob is ideal for any location where ongoing inventory management and remote reporting is required for just one bin or a network of up to 120 small and large bins.
Measurement devices include the SmartBob2 remote for bins or silos up to 180 feet tall including a high temperature model to operate in extreme conditions from 240 to 500 degrees Fahrenheit, plus the SmartBob-TS1 for smaller bins up to 40 feet tall. SmartBob2 can be uniquely configured using a variety of probe designs and extensions for solid, slurry, and liquid applications. Long-lasting, hassle-free service is ensured by SmartBob’s unsurpassed cable cleaning system.
SmartBob2 is extremely rugged, featuring the industry’s strongest cable and motor design which is completely sealed in a strong, lightweight molded polycarbonate enclosure which is explosion proof and rated for Class II, Groups E, F & G certifications. Requiring no field calibration, SmartBob2 is easy to install, needs minimal wiring, or can be used with the SmartBob wireless transceiver. SmartBob2 provides enhanced surge / transient protection for the RS-485 port for protection against power surges or indirect lightning strikes on tall silos.
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Data logger MDS-Floater 2
For water level monitoring down to 300 mts. depths. This completely pressure tight instrument combines float technology with advanced electronic. 15 years battery function is guaranteed!
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- high speeds with total integration
- greater than 95% efficiency
- rapid former changes using the ‘auto connect’ & ‘upload assist’ features
- wastage rates down as low as 0.5%
- small footprint reduces floor space costs
- all of the above deliver lowest ‘cost of ownership’ and highest ‘return on investment’
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Scope of use
Packing loose and powdered materials like: tea, beans and ground coffee, grits, rice, candies, raisins and nuts, chemical granulated products, flour, sugar, buttons, nuts etc. into sealable materials. Additionally they are used for packing liquid and semi-liquid products, such as: milk, ketchup, mayonnaise, mineral water, etc.
There are two versions of the device; packages can be sealed by permanently heating jaws with adjustable temperature (laminates) or resistance tape by impulses with adjustable power flow time (PE).
Packaging material
Polyethylene foil, polypropylene, multi-layer laminates, polyethylene covered paper and other thermo-sealable materials.
Operation principle
Foil is unfolded off the bobbin drum and moves through feeding rolls towards the forming pipe (so-called tube). Here the foil is welded into a sleeve and the date is printed. Then the foil is moved by rubber driving belts to any fixed distance or by a stroke reflecting the graphic sign printed on the foil. Fixed amount of the product is then batched to the formed sleeve in a fixed time. Filled pouch is closed with a lateral weld, cut off and it slides down along a special skid or moves towards a stacking channel.
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Sometimes it's the simple ideas that really click with our customers - such as marrying the Kliklok Compak II, one of the most well-known bagmakers in the snack food industry, and a compact Yamato 510 Alpha weigher with a custom weigher support structure. This union begets a very reliable packaging system with a minimal footprint, short setup time, renowned ease-of-use and extremely low maintenance needs - at a price that will fit any budget.
The Uni2 (pronounced unidos, meaning united, all-in-one, integrated) Packaging System was originally put together specifically for low- to mid-volume snack manufacturers in the Mexico, Central and Latin America markets. The Uni2 produces pillow-pouch bags at speeds up to 80 bpm and can handle bag widths up to 250 mm. KW's exclusive Insight® icon-based, multilingual, colour touch screen operator interface includes automatic program setup and instant program changeover. A code dater and a quick-change former assembly round out the feature set.
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Leaf Chain, commonly known as "Balance Chain", is the most simple of steel chains, consisting only of link plates and pins. This chain is subject to ANSI standard, and suitable for hanging, balancing, or motion transmitting applications. Plates are connected by pins and hold the tension loaded onto the chain. Pins are to resist the shear force from tension loading applied by the link plates and to withstand abrasion from the middle plate holes when the chain articulates.
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A range of drop weight impact testers for measuring the fracture characteristics and fracture ductility of steel specimens according to the following standards: API recommended practice 5L3, EN 10274, ASTM-E 436 and ‘Pellini’
Key features:
Very robust construction stands up to the rigours of high energy testing to provide high reliability with a minimum of downtime.
Easily interchangeable contact parts simplify maintenance and reduce cost of ownership.
State-of-the-art testing accommodates impact energies up to 100,000J and specimens up to 50mm thick.
Very high levels of safety employing multiply redundant systems, compliant with 89/392/EEC and 91/368/EEC machinery safety directives.
Automated specimen loading provides compliance with cycle times required by test methods, while maintaining operator safety.
Very rigid base and anvils ensures very low flexure under high test loads.
Guided mass system to ensure that the impact geometry is correct throughout the entire test.
Highly accurate and repeatable drop parameters.
High quality, easy to use control software ensures consistency and enhances throughput.
Optional instrumentation package to measure impact force up to 1500kN.
Provides values for peak force and energy to fail, together with a high resolution force-deflection curve to analyse failure mode.
Optional variable mass system to provide precise control over impact parameters.
Optional high speed, fully integrated video system to provide visualization of specimen failure mode.
Optional liquid cooled temperature conditioning bath.
Responsive life-time technical support.
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Features
·Adjusting impact energy by adjusting the lifting height and mass of the weights.
·The buffer is equipped to absorb the residual energy after breaking the specimen to protect
the weight and anvil from destroying. Also install the safe outfit, such as safety net, safe pin for
maintenance and hanger locking.
·Equipped with the specimen-carrying outfit, anti-falling of outfit for the specimen, centering
outfit to guarantee quick, accurate and reliable tests.
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Very High speed load cell interface that was especially designed for WIM application either trucks or trains. The LCIC-WIM comes with embedded application calculates "on the fly" the axle weight, axle speed and distance between axles. With 52000 samples per second high resolution A/D and powerful DSP that runs the WIM application on board, it consider to be the fastest and most intelligent Load Cell Interface that is available today in the market. The LCIC-WIM equipped with USB and RS232/485 and comes with drivers and full examples on how to communicate with the board and our monitoring package that helps to analyze the scale behavior under different speeds.
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Has been designed for electronic weighing systems using strain-gage load cells. - Hopper and silos weighing - Platform scales - Batching and weighing systems - Weighing for intrinsically safe installations.
MAIN FEATURES :
- Heavy duty and small size construction
- Corner correction trimmers
- Six wire extension cable terminal board
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Endevco® Model 7264D is a very low mass piezoresistive accelerometer weighing only 1 gram. This accelerometer is designed for crash testing, flutter testing, rough road testing and similar applications that require minimal mass loading and broad frequency response. This accelerometer meets SAEJ211 specifications for impact testing and the SAEJ2570 specification for anthromorphic testing. It is a direct replacement for Endevco Model 7264-2000 and 7264C, in that the location of the center of seismic mass is the same.
Model 7264D utilizes an advanced micromachined sensor which includes integral mechanical stops. This model has a high resonant frequency (>40 000 Hz) and frequency response, which captures more data and avoids spurious noise. The Model 7264D has minimum damping, thereby producing no phase shift over the useful frequency range. With a frequency response extending down to DC (steady state acceleration) this accelerometer is ideal for measuring long duration transient shocks.
This accelerometer has a full bridge circuit with fixed resistors for shunt calibration. Full scale output is 400 mV with 10Vdc excitation. Each unit performs with < 1% transverse sensitivity and ZMO of < ± 25 mV.
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Endevco® Model 7285 is a very low mass piezoresistive accelerometer, weighing less than 1 gram. This accelerometer is designed for measuring front, rear and side impacts in vehicle crush zone applications. This unit has been designed and assembled using decades of experience that Endevco has acquired successfully building sensors for the crash industry. As a result, the reliability of Model 7285 ensures that critical data is recorded upon demand at very low cost.
Model 7285 utilizes a micro-machined sensor which includes integral mechanical stops. This monolithic sensor design offers ruggedness, stability and reliability. Model 7285 has minimum damping, thereby producing no phase shift over the useful frequency range. With a frequency response extending down to DC (steady state acceleration) this accelerometer is ideal for measuring long duration transient shocks.
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Malvern Instruments presents the Zetasizer series
Size, zeta potential and molecular weight characterisation for Nanoparticles and Proteins
The Zetasizer range uses light scattering techniques to measure hydrodynamic size, zeta potential and molecular weight of proteins and nanoparticles.
Unequalled sensitivity and versatility by using the latest technology:
Patented NIBS optics improves sensitivity and size range /concentration range in the Zetasizer Nano S and ZS
M3-PALS is the leading technology for measurement of Zeta-potential.
Single-mode fibre, 50 m W laser and focused optics enable measurements of unrivalled quality of Proteins and other biomolecules.
Zetasizer Nano - the versatile solution
- Provides characterization of the size of nanoparticles emulsions and proteins, for dilute and concentrated samples, as well as zeta potential and molecular weight. Coupled with the MPT-2 Autotitrator, pH conductivity and additive trends can be automated.
Zetasizer µV - dedicated to protein molecular size analysis
- Targeted at applications including: optimizing protein crystallization conditions; measuring protein purity, determining proportions of aggregates and measuring absolute molecular weight
Zetasizer APS - for automation of size using micro well-plates
- Automates the size measurement of samples in 96- or 384-well microplates to improve personnel productivity.
Designed primarily for protein specialists, the Zetasizer APS is fully automated, simply requiring users to insert the plate and start a plate schedule. A graphical result display simplifies the assessment of large amounts of data in order to pick out trends and 'hot spots'.
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MODUL 5000 - Attractive and ergonomic
MODUL 5000, is a modular workstation system that is setting new standards with regard to functionality, ergonomy, stability and award-winning design. It can be adjusted for height to suit the operator and the task in hand (either standing or sitting).
On request, MODUL 5000 can also be fitted with a crank mechanism or motor for adjusting the working height. These workstations are used at companies operating multiple shifts and at disabled workshops, for example.
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Kipp & Zonen introduces a new bench-mark in net radiometry. The CNR 4 is the only instrument available that combines four sensors into one housing, complies with the World Meteorological Organisation standard ‘Good Quality’ and has an integrated ventilation unit.
CNR 4 consists of a pair of pyranometers and a pair of pyrgeometers. One set facing upward and one set facing downward. Together they measure the energy balance between short-wave and long-wave (Far Infrared) radiation. CNR 4 is built on the legacy of the popular CNR 1, but is improved in almost every respect.
CNR 4’s unique design is very light weight with an integrated sun shield to reduce thermal effects on the measurements. The meniscus dome of the upper pyrgeometer gives significantly better long-wave measurements. The optional CNF 4 ventilation unit is a unique and efficient way to reduce dirt, precipitation, dew and frost on the sensors.
CNR 4 is the perfect choice for meteorological, hydrological and agricultural scientific research. Read more and see the specifications on www.kippzonen.com.
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864 Robotic Balance Sample Processor – automatic weighing, dissolving, analyzing in one system
Have you ever wished you could weigh in samples directly on the rack of your processor/analyzer? Fully automatically? Now you can. The 864 Robotic Balance Sample Processor is the first system that allows you to prepare and analyze liquid samples fully automatically in one operation from weighing through to titration.
One system does it all
Metrohm’s 864 Robotic Balance Sample Processor is the first sample processor with a patented weighing technique for weighing out the sample directly on the sample rack. Thus, weighing out and analyzing the sample are integrated in a single system. Not only does automation save time and costs. As manual sample transfer from the balance to the rack has been eliminated, the risk of sample mix-ups is virtually zero.
Perfectly easy to operate
All that the operator has to do is put the sample on the rack and press «START». The 864 Robotic Balance Processor carries out the weighing and analysis fully automatically. The titration and control software tiamo™ allows flexible control of the whole titration system and at the same time guarantees full traceability of the results. Due to its compact size, space requirement for the 864 Robotic Balance Sampler are very low. The new system comes with a complete package including titrator, pumps, balance and further accessories.
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