Preheat/Post-Heat, Predry, Dry, Heat Set, Thermosol, Heat Treat and Cure Predry Fabrics in 36-48" Cure Resin on Cloth in 24" Dry 50% Solids Acrylic Adhesive on Carpets in 36" Heat Set Knit Polyester Fabrics in 44" at 25 YPM Thermobond Woven and Non-Woven Fabrics in 60" Reactivate Polyethylene Carpet Backing for Forming in less that 15 seconds Cure Plastisol Precoat in 60"

Pre-Dry Fabrics - Woven, Knitted and Non-Woven

Casso-Solar Infrared Pre-Drying Systems are being used for standard and hard to handle fabrics such as flocked goods, non-woven synthetics and upholstery materials. Systems combine infrared with sufficient supply and exhaust air to provide overall efficiencies of 70-85%. Energy is safely removed from the product on line stoppage through the use of fast responding quartz heaters or through the use of a time proven mechanical retraction system. Casso-Solar heaters concentrate their power in the useful wavelength regions where water absorbs best, resulting in the needed increased line speed. Temperature uniformities can be controlled to +/- 2 degrees F across the width of the product. predryers can be designed for use on horizontal or vertical tentor frames and between rolls prior to tentoring.

Pre-Heating/Post-Heating Fabrics for Laminating, Bonding or Heat Setting

Casso-Solar Infrared Pre-Heat/Post-Heat Systems can be sued to quickly raise the temperature of a fabric for laminating, bonding or heat setting. Pre-Heat systems can accelerate the production of traditional thermobonding calender systems. Multiple zones across the width of the fabric can compensate for non-uniformities created by other equipment within the process line. Scanning non-contact temperature measuring systems can provide feedback for automatic control. Systems can be located prior to and after existing equipment.

Heat Setting Synthetic Fabrics

Heat setting synthetic fabrics is accomplished on open width or tubular fabrics. Open width fabrics are controlled on a pin tentor frame and tubular goods are controlled with a spreader bar. Energy from the Casso-Solar Infrared Heaters is concentrated in only the most useful; wavelengths reducing overall system length. On some fabrics such as polyester, textile, hand and appearance can be precisely controlled. Shrinkage is kept at a minimum and fabrics can be uniformly processed without concern for color or discoloration. Fabric temperatures are controlled within +/- 2 degrees to insure product quality and repeatability

Heating Carpet & Backing For Forming

Preheat carpet backing and carpet for forming to shapes for automotive interiors. Continuous and indexing systems. Custom sizes. Gas or Electric.

Specialty Applications

Casso-Solar maintains a library of textile applications complied through 25+ years of serving the industry. Casso-Solar maintains complete laboratory facilities to test and prove your process.

Jergens, Inc. has announced a series of lifting pins. Kwik-Lok™ Lifting Pins combine the convenience of a positive-locking pin, push button release design with a 5 to 1 strength factor to provide confident lifting. The lifting pins are 100% stainless steel, with a 17-4 PH stainless steel forged lifting ring to resist corrosion in harsh environments. The rings' large opening accommodates a wide range of lifting hooks or hardware.

A load spreader bar on each of the rings helps to prevent accidental actuation. A wide range of pins is available in both inch and metric sizes. In inches, nominal pin diameters range from 1/4 " to 5/8" and grip lengths range from 0.5 to 3.00". (Grip length is the thickness of the part being lifted.) Maximum lifting loads are from 400 to 1400 lbs. Metric lifting pins are available with nominal pin diameters of 10 to 16 mm, grip lengths of 15 to 75 mm, and maximum lifting loads from 4.4 to 6.2 kN.

All Kwik-Lok products are made in the USA of domestically produced materials. For applications where the required hole size cannot be achieved, threaded receptacles are available in both inch and metric sizes. The introduction of Kwik-Lok Lifting pins represents the merging of two significant Jergens product technologies, as the company is a major manufacturer of lifting hardware and a major maker of quick release pins.

Build secure industrial wireless data links between RTUs, PLCs, I/O Expanders, controllers and sensors over distances of up to 40 miles or over highly obstructed shorter links using Synetcom's 1 Watt Serial SCADA Radio Modem. Link RTU or PLC based SCADA systems using wireless serial RS485 data multidrop connections.

The DIN-S-9-HP serial spread spectrum radio modem operates license free in the 902 - 928 MHz band. RS232 or multidrop RS485 or RS422 serial data port modes are selected via a DIP switch. The DB-9 serial port is software configurable from 1,200 baud to 115.2 Kbaud. Serial data is sent over an error-protected, encrypted digital radio link (256AES encryption) using long range Frequency Hopping Spread Spectrum (FHSS). Industrial I/O points (4-20 mA, Discretes, Relays) can be added using the Radio Telemetry I/O Expander.

1 Watt Serial SCADA Radio Modem Features:

• High Speed - 115.2 Kbps @ 900 MHz - frequency hopping spread spectrum radio modem
• High Power - 1 Watt TX, continuous
• Industrial Grade - -40°C to +70°C, surge, short circuit and RF filtering on all I/O
• Link Margin Display - front panel "bar" display shows calibrated receive link margin in dB
• Flexible Networking - Supports point to point and point to multipoint links - radio modem delivers multidrop RS485 between 2 or more sites
• High data security - user configurable 256 bit AES encryption
• Long Range - up to 40 miles with 20 dB fade margin

Overview

Synetcom's 1 Watt Serial SCADA Radio Modem can be used to link SCADA devices such as PLCs. The radio delivers transparent error-free serial data in adverse industrial environments, even with other in band interference (other nearby spread spectrum radios).

Simpler SCADA systems are easily constructed without PLC and RTU devices by connecting the 1 Watt SCADA Radio Modem to Synetcom's Radio Telemetry I/O Expander module. The combination creates high I/O count 4-20 mA current loop, discrete and relay connections between sites without cables, PLCs (and associated PLC programming expenses). As few as one I/O point between a pair of locations can be easily and incrementally expanded to many I/O points between many locations. Only one 1 Watt SCADA Radio Modem is required at each site. No programming is required.

Installation

The Serial SCADA Radio Modems are shipped factory-configured and tested. There is no field configuration necessary. Typical installation involves simply mounting and powering the units and connecting the antennas and serial ports.

Frequency Hopping Spread Spectrum

The 1 Watt 900 MHz Radio Modem utilizes frequency hopping spread spectrum with advanced protocols that greatly increase the communications reliability in high noise and interference environments.

PLC and RTU Networking

Point to point or point to multipoint communication between Modbus host and field PLC or RTU remotes is supported with one serial Radio Modem at each location.

Repeaters

Radio Modem repeaters are used wherever either distance or major obstructions cause the radio signals to be weak. In large facilities, the repeater is typically located at the highest point so that coverage is obtained everywhere. The control room only needs radio coverage to the repeater, greatly simplifying installation and guaranteeing low data latency - unlike meshed systems which can have very high latency. The repeater consists of a pair of 1 Watt SCADA Radio modems in a null data connection. Data is processed through the Repeater in digital form so sensor reading accuracy is never affected.

System Accessories

Synetcom offers a complete line of accessories and system enhancements including:

• Antennas and coaxial cable for short and long distance applications
• Lightning and external surge / loop isolation equipment
• NEMA plastic and metal enclosures with internal DIN rail mounts - designed to house the radio, power supply and other options
• Solar panel, battery, radio enclosure optimized for installations where AC power is not available.

Cambridge's GRIPPER Slings are are everything a sling is supposed to be:

Strong:

The GRIPPER Sling's all steel metal mesh construction tolerates even the most abrasive loads without fear of sling failure. In addition, its environmental tolerance permits use at temperatures of up to 550 degrees F., and even higher when made of a special alloy.

Safe:

Proof-tested at 200 per cent of its rated work load, every GRIPPER Sling's wide bearing surface improves load balance and gripping power. And since it won't kink or tangle in use like wire rope or chain slings, loads won't shift or slip. What's more, its woven spiral construction eliminates the danger of sudden failure such as can occur with a rotting core in a synthetic sling or a weak link in a chain sling. All GRIPPER products are manufactured in accordance with OSHA and ANSI B-30.9 requirements.

Gentle:

The GRIPPER Sling's interwoven, smooth spiral wires offer complete flexibility. So the sling conforms to the contours of its load, eliminating the dangers of gouging, marring, crushing or cutting so common with wire rope or chain slings.

SAVES TIME

Easy to rig in either a choke or basket hitch, the GRIPPER Sling greatly reduces rigging and unhitching time, and often eliminates the need for two-legged slings or spreader bars.

SAVES MONEY

The GRIPPER Sling's ability to outlast wire rope and synthetic slings will cut your costs in the long run. And, of course, you'll also reduce the costs of damage to your loads. Finally, GRIPPER Slings can be repaired or restored at a fraction of the cost of a new sling.

VERSATILE

The GRIPPER Sling is ideal for handling all types of products, such as coiled strip, thin walled tubing, polished shafting, hot rolled flat bar stock, round bar stock, sheet steel, lumber, paper machine rolls, precast hollow core concrete beams, prestressed concrete, structural beams, cold drawn flats, irregularly shaped objects, and loads subjected to hot or corrosive environments.

Why Cambridge?

• Competitive prices
• Unparalleled METAL BELT expertise
• Broadest product range in the industry
• Fast transactions & friendly service

The Parani-SD is a Bluetooth serial adapter product line designed to replace RS-232 serial cables with wireless connectivity with advanced options such as Bluetooth 1.2 Protocol Stack that includes Adaptive Frequency-hopping spread spectrum (AFH), software-free configuration support via an external dip-switch, Pairing button for instant configuration of an automatic connection between two Parani-SD devices, and flexible power options.

It enables a serial device to communicate with another serial port adapter or other Bluetooth enabled devices such as mobile phones, handheld computers and laptops.

Software-free configuration support

The Parani-SD series has Software-free configuration support via an external dip-switch. Using this switch, serial port parameters can be easily configured without host computer. In addition, the unit has a Pairing button that facilitates instant configuration of an automatic connection between two Parani-SD devices without host computer. Once the pair is established, communication between the two Parani-SD devices should be relatively seamless.

Battery pack case

The Parani-SD has the support of Battery pack case that can carry two AA type batteries. This facilitates the Parani-SD can be used in situations where power is a problem. In addition, the Parani-SD can be powered using a Power Adaptor, DC power cable, or USB power cable.

Bluetooth 1.2 Protocol Stack

The Parani-SD series has the strength of Bluetooth 1.2 Protocol Stack that includes Adaptive Frequency-hopping spread spectrum (AFH), which improves resistance to radio frequency interference by avoiding using crowded frequencies in the hopping sequence. In addition, the Parani-SD series probes and connects to serial devices at a faster rate.

Package

The Parani-SD product line has a 9 pin female DB-9 connector, uses a stub antenna, and supports the General access and Serial port profiles. The Parani-SD100 is a Class 1 type and Parani-SD200 is a Class 2 type adapters. Both are Bluetooth 1.2 compliant devices.

Wireless Transmit Range

With no drivers required, the Parani-SD Bluetooth serial adapter is developed for long-range wireless serial communications. Transmit range can be extended up to 1 kilometer when using the optional patch antenna.

Application Areas

Supporting data transfer speeds up to 230Kbit/s, the Parani-SD Bluetooth serial adapter is suitable for industrial applications that require data logging, wireless sensor control and monitoring in production facilities. Also in medical applications, physicians with hand held devices are able to view and update medical databases and patient's charts instantly reducing redundant paper work, increasing efficiency and lowering hospital costs.

Other applications include retail POS, bar code scanners and credit card readers, restaurant order and receipt printers, security systems, gas pumps, and outdoor sign boards.

*Rating: Multi-Voltage DC 12V-24V

*LED: C2-108-8 pcs, white

C2-104-10pcs, white, amber & red available

*C2-108 with On-Off rocker switch for power control.

*Size: 242 (L) x 30 (W) x 30 (H) mm

*Fits vehicles equipped with DC 12V or DC 24V power source.

*E11 certificate.

Welcome to make appointment with us before the show.
Sept. 16-21, 2008 Automechanika 2008, Frankfurt am Main, Hall 4.2 Stand J47
Oct. 7-11, 2008 2008 Taitronic (Taipei/Taiwan), Taipei World Trade Center Nangang Exhibition Hall I816~820 I915~919
Oct. 13-16, 2008 2008 Hong Kong Electronics Fair, Hong Kong Convention & Exhibition Centre Hall 3 3H14, 3D39