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Richmond Technology fabricates and cleans custom cleanroom bags in a Class 100 cleanroom for absolute cleanliness.
Typical Applications for Custom Cleanroom Bags:
- Wafer transport carriers, boats, canisters
- Polycrystalline silicon (chunk)
- Polycrystalline silicon (granular)
- Clean aerospace assemblies
- Drive read-write heads (MR heads)
- Disc drive manufacturing
- Pharmaceuticals
- Medical devices
- Computer subassemblies
- Thin film disc
- Optical products
- Filters
- Device transport
- Materials, components, parts assemblies and miscellaneous items that are produced in cleanrooms
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Richmond Technology extrudes and converts two types of high strength polyethylene. These high strength materials provide superior physical strength characteristics while maintaining or improving contamination control properties. In most cases, the increased strength will allow significantly thinner materials to be used, which provides greater package flexibility and a greater value to the customer.
Designed for critical ultra-clean packaging applications, these polyethylene films do not contain any additives such as slip agents, antiblock, or antistats. The materials and processes have been designed to eliminate or reduce concerns of ionic contamination, outgassing, non-volatile residues, and particulate matter.
HSL Cleanroom Bags
Features
- Available as bags, tubing and sheeting
- Flat and gusset bags available
- Manufactured in thickness from 2 mil to 13 mil
Benefits
- Extremely high strength
- Seals easily
- Very low ionic contamination
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Richmond Technology engineers developed PFL-400 which provides a low moisture vapor transmission rate (MVTR) and excellent contamination control properties. It is a proprietary co-polymer/solid foil laminate with a barefoot polyethylene inner layer that is free of additives, slip agents, and antiblocks. This sturdy construction and a refined processing technique ensures reliable performance in a variety of critical applications.
HSM Cleanroom Bags
Features
- Available as bags, tubing and sheeting
- Flat and gusset bags available
- Ideal for ultra-clean applications
Benefits
- Extremely high strength
- Seals easily
- Low particulation for ultra-clean applications
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SS 4150 Foil Barrier Bag
Buried Metal Static Shielding Film
Features
- Metal-in construction
- Static Shielding and dissipation
- High seal and tear strength
- Amine free
Benefits
- Low contamination
- Dependable ESD protection
SS 4150 is a metal-in static shielding film. The metal layer is buried between the outer polyester layer and the polyethylene sealant layer to provide durable static shielding. The polyester layer is static dissipative. The sealant layer is volume loaded to provide long term protection from tribocharging. SS 4150 is resistant to blocking and has low levels of anions to prevent corrosion of sensitive parts.
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Designed to slip easily into the bed of a pick-up truck, Seraphin® Slip-On Volumetric Calibration Unit can speed the job of calibrating multiple fuel dispensing units, while at the same time, enhancing safety. The unit consists of three 5 gallon or 20 liter NIST compliant bottom drain provers individually plumbed to 80 gallon stainless steel transfer tanks. The 80 gallon configuration allows for up to 48 calibration tests before returning to the fuel station's storage tank for dumping.
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Compos-a-vac® 40 (CAV-40)
Clear and Low Contamination Barrier Laminate
Features
- Very good moisture barrier
- Very good oxygen barrier
- Excellent clarity
- Excellent flex crack resistance
Benefits
- Scan barcodes inside package
- Inspect contents through film
- Works well for form/fill/seal equipment
- Very low contamination
Richmond Technology engineers developed the CAV-40 product in response to the market demand for a high barrier clear film with excellent cleanliness characteristics. The proprietary outer layer delivers extraordinary moisture vapor barrier properties while the inner sealant layer offers outstanding cleanliness characteristics. None of the harmful process aids (i.e. slip, anti-block, etc.) used in traditional polyethylene sealant layers are present.
CAV-40 is the choice for clean transparent moisture barrier protection of sensitive product during transport and/or storage.
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Surge Protection Devices (SPD) are also known as Transient Voltage Surge Suppressors (TVSS). These devices can comprise a complex arrangement of varistors, transorb diodes and gas arresters. The function is to divert lightning surge energy away from electrical or electronic equipment. They are activated by the steep voltage impulse generated by a lightning strike and are designed to conduct tens of thousands of Amps in impulse energy. Typical impulse tests for SPD devices include energy absortion (8/20us or 10/350us), duty cycle (8/20us), Clamping voltage (8/20us) and Combination Wave Tests for devices connected in the AC power main.
EMC PARTNER offer a range of instruments from a few Amps up to 100,000 Amps.
All units offer a combination of impulses specific for particular devices whether they are disc varistors, SMD varistors, Gas Arresters or combinations of all.
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IEDScout is a software tool for engineers working with IEC 61850 devices. It provides numerous useful functions needed in the substation or the laboratory.
IEDScout serves many applications with IEC 61850 devices, among them are:
* Testing
* Troubleshooting
* Commissioning
* IED Development
Download a free evaluation version on www.omicron.at
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ROM emulation is a powerful and versatile method of microprocessor testing. ROM emulation has emerged as the technique of choice for microprocessor test and diagnostic applications. A microprocessor-based board is tested by replacing the boot ROMs on the Unit Under Test (UUT) with memory emulation pods. Each pod handles eight bits of the data bus. Processors from 8 to 32 bits can be controlled with one to four pods (even the most advanced CPUs such as the Intel Pentium generally use only an eight-bit boot path). The emulator takes control of the UUT by resetting the processor and, under the test program's control (monitor program), exercises all functions on the board. Synchronization with the UUT is automatic and requires no additional hardware or connections.
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Geotest's offers a large selection of PC, 3U and 6U PXI instrumentation chassis allowing test engineers to design system configurations specifically for automatic test equipment (ATE) systems, data acquisition, process control applications, and other industrial applications that require PC-based and PXI-based instrumentation.
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Geotest offers a wide selection of digital I/O products that meet the demanding requirements of any functional test application. With test rates up to 200 MHz, pin counts that range from 32 to 512 pins per system, vector memory that ranges from 256K to 128MB per pin, and I/O levels that include TTL, PECL, LVDS, and programmable, Geotest has the right products for your custom application.
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Geotest offers a wide selection of digital I/O products that meet the demanding requirements of any functional test application. With test rates up to 200 MHz, pin counts that range from 32 to 512 pins per system, vector memory that ranges from 256K to 128MB per pin, and I/O levels that include TTL, PECL, LVDS, and programmable, Geotest has the right products for your custom application.
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The GX1838 provides 8 output channels and three Voltage Rails. Each of the 8 output channels can be connected to one of the three voltage rails or set as Open. Voltage Rails A through C are used as voltage sources for the High and Low state. Additionally, the GX1838 offers a programmable DC electronic load capable of loading up to 500mA. The GX1838 occupies a single 3U PXI slot.
The GX7400 is a dual output programmable DC power supply designed for use in PXI systems. The GX7400 occupies three 6U slots and is controlled via the PXI bus. The AC power is provided using a panel mounted receptacle. The power supplies are fully isolated and can be externally connected in series to provide higher voltage. Each of the dual outputs can accommodate a programmable or a fixed power supply module.
The GT7404 is a low cost method of providing controlled power to interface and test target circuitry. The GT7404 permits +5V, +12V, -5V, and -12V power outputs present on the GTXI motherboard to be switched through a DB25 connector for use by the unit under test and interface circuitry.
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PART # SBS-IBEX
BATTERY DIAGNOSTIC TESTER
The new SBS-IBEX is a cutting edge digital battery diagnostic tester meeting all IEEE Standard Recommendations for all stationary applications such as telecommunication's back up power, utility switching power, uninterruptible power systems (UPS) and more. The new IBEX can measure the accurate internal resistance (R), voltage (V), temperature (ºC) with the world's first ripple-removing algorithm (KR PAT No. 0494489) within a short time (3 seconds or less) during flotation charge. The new IBEX has been in use worldwide with the utmost in satisfaction and reliability by end users.
The SBS-IBEX comes complete with Exmons Battery Management Software that allows the user to trend battery measurement data, export data to excel and/or create a full report with the click of a button. Note: Trended battery measurement data can detect impeding battery failures before a power backup is affected and with enough advance notice to replace the failing batteries.
ADDITONAL PARTS:
SBS-IBEX 4-PIN SET
SBS-IBEX ARM ROD
SBS-IBEX 4-POINT PIN PROBE
SBS-IBEX 2-POINT PIN PROBE
SBS-IBEX CLIP PROBE
SBS-IBEX DC CLAMP
SBS-IBEX POLY BAG
SBS-IBEX LI-ON BATTERY
SBS-IBEX SHUNT
SBS-IBEX CHARGER
SBS-IBEX CASE
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