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TQSoft and TQAero Thermal Validation Software

sku Product SKU:  FCL-TQSoft and TQAero

The Fluke 2638A Hydra Series III » and Fluke Calibration 1586A Super-DAQ » are ideal for general purpose and precision temperature data acquisition applications. Thermal validation software from TQSolutions has long supported the Fluke Hydra Series data loggers. TQSoft and TQAero now support the Fluke 2638A and 1586A products for enhanced data collection and reporting required in regulated industries.

Many data acquisition applications require compliance to government and standards agency requirements (for example, 21 CFR Part 11 and AMS 2750). Software from TQSolutions has been designed to enable engineers, technicians, and lab managers to meet the key guidelines for temperature data collection. These software solutions provide a complete qualification, reporting, documentation, and audit trail management system.

TQSOFT

• Compliance with United States Food and Drug Administration (FDA) Title 21 CFR Part 11 regulations on electronic records and signatures for incubation, sterilization, freezing, drying and temperature mapping validation applications in pharmaceutical and biomedical industries.
• Developed in accordance with Good Automated Manufacturing Practice (GAMP) from the International Society for Pharmaceutical Engineering (ISPE).
• Compliance with European standards for sterilization, decontamination, and disinfecting (EN554, EN285, EN15883, HTM2010, HTM2030), ISO 15833 requirements for washer-disinfectors, and ISO 17025 competence requirements for testing and calibration laboratories.
• Has been audited by major pharmaceutical companies and its quality documentation has passed FDA audits.

TQAERO

• Compliance with National Aerospace and Defense Contractors Accreditation Program (NADCAP) and SAE International AMS 2750 guidelines covering industrial heat treating applications in aerospace and transportation industries.
• Supports heat treatment processes validation by Temperature Uniformity Survey (TUS) and System Accuracy Test (SAT) procedures required by AMS 2750.

KEY FEATURES

EASY MENU SYSTEM AND TOOLBAR

TQSoft and TQAero provide a menu system designed to simplify thermal validation test setup. The left panel guides you step by step. Dropdown arrows on the right list the full range of options. If desired, easily switch to the toolbar for access to all software features.

DATA SECURITY AND AUDIT TRAIL

TQSoft and TQAero check data files used to produce reports. Any changes made by an unauthorized person will render records unusable. All changes made by an authorized user are audited with full details of the changes made and actions performed.

TEST EQUIPMENT PREPARATION AND SENSOR CALIBRATION

Both TQSoft and TQAero guide you through data logger channel configuration and communications setup with a temperature source, thermometer readout, and reference probe. Fluke 2638A and 1586A models are automatically detected as data loggers for easy setup. Prior to a thermal validation test, an automatic or manual sensor calibration can be performed to determine multiple point offsets for each channel to correct for sensor measurement inaccuracy. When the sensors and reference probe are detected to be stable as defined, the software automatically applies all correction offsets, generates, and saves a full and traceable calibration report.

THERMAL VALIDATION TEST SETUP

TQSoft and TQAero allow you to set up and manage a three-dimensional (3D) wire diagram of the chamber space. Drag and drop sensors to their correct position in the 3D space. The completed diagram can be rotated and magnified. There are options for real time display of measurement values and to represent temperature gradients with color shading at each sensor position. After the test is complete, a real time display can be replayed with a time slider showing temperature behavior in the chamber. Completed diagrams can be easily added to reports.

SAMPLE TEST SPECIFICATIONS

Sample test specifications are included to help you quickly become familiar with the software. The test specification contains selection settings for target temperature, channel configuration, all calibration information, and all temperature parameters. When you select a test specification and start a test, all settings are automatically applied by the software, and a report can be automatically generated at the end of the test. Once you are familiar with the software, you can make modifications and create new test specifications to meet your specific needs

REPORTS

TQSoft and TQAero include a large library of templates for creating reports tailored to the needs of individuals, organizations, processes, and equipment. It’s easy to assemble a full report from the report sections. Cover pages, charts, data lists, calibration reports, calibration certificates, etc. can be included. The Report Manager window has been designed to manage and print complete reports.

FLUKE CALIBRATION INSTRUMENTS SUPPORTED

DATA ACQUISITION SYSTEMS

1586A Super-DAQ Precision Temperature Scanner
2638A Hydra Series III Data Acquisition System / Digital Multimeter
2620A/2625A Hydra Series Data Acquisition Unit / Data Logger
2635A/C Portable Data Acquisition
2680 Series Data Acquisition Systems
2640A/2645A NetDAQ Data Acquisition Unit

THERMOMETER READOUTS

1502A and1504 Tweeners
1523 and 1524 Reference Thermometers

TEMPERATURE SOURCES

9142, 9143, and 9144 Field Metrology Wells
9190A Ultra-Cool Field Metrology Well
9170, 9171, 9172, and 9173 Metrology Wells
9103, 9140, and 9141 Dry-Well Calibrators
9009 Dual-Block Calibrator
9011 Dual-Well Calibrator
9101 Zero-Point Dry-Well
9007 Portable Lab Dry-Well
6102, 7102, and 7103 Micro-Baths
6330, 7320, 7340, and 7380 Compact Baths
6331, 7321, 7341, and 7381 Deep-Well Compact Baths
9150 Thermocouple Calibration Furnace

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Fluke 9102 Handheld Dry-Well

sku Product SKU:  FCL-9102

9100S Dry-Well
Since we introduced the world’s first truly handheld dry-well, many have tried to duplicate it—in vain. Despite its small size (2¼ inches high and 5 inches wide) and light weight, the 9100S outperforms every dry-well in its class in the world.
 

It’s simple and convenient, too. Anyone can learn to use one in less than 15 minutes. It has a range to 375°C (707°F) and is perfect for checking RTDs, thermocouples, and small bimetal thermometers in the field.
 

Plug it in, switch it on, set the temperature with the front-panel buttons, and insert your probe into the properly sized well. Compare the reading of your device to the display temperature or to an external reference, and the difference is the error in your device. With a proprietary Hart Scientific temperature controller, the 9100S has a display resolution of 0.1 degrees, an accuracy of ±0.5°C, a stability of ±0.1°C, and a stabilization time of just five minutes.
 

9102S Dry-Well
For work in the temperature range of –10°C to 122°C, Hart’s Model 9102S dry-well is another first in the industry, featuring stability to ±0.05°C.

This dry-well is only four inches high and six inches wide, achieves temperatures as low as –10°C, includes a NIST-traceable calibration, and is stable to ±0.05°C. The Model 9102S is excellent for dial gauges, digital thermometers, bulb switches, and other sensors that need calibration below ambient.
 

The 9102S has two wells so you can use one for a reference thermometer to increase accuracy. Both wells are 1/2 inch in diameter, and each has inserts available for almost any sensor size. The 9102S also has a battery pack option that gives you approximately four hours of field use when AC power is unavailable.

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271 DDS Function Generator with ARB

sku Product SKU:  FCL-271

The nominal boiling point of nitrogen is –196°C at one atmosphere of pressure. The defining triple point of argon is –189.3442°C. While there is a difference between the nominal boiling point of nitrogen and the argon triple point, the difference can be corrected for mathematically, and an uncertainty of less than 2 mK from the actual argon triple point is achievable.

Fluke Calibration's LN2 Comparison Calibrators consist of a vacuum-sealed stainless steel Dewar Flask, a high-purity copper block, and a precision-fit lid. The dewar is filled with LN2 and the copper block is suspended in it; an SPRT is inserted into the block and a calibration is performed against your own calibrated SPRT. The 7196B-4 includes four 8-mm (0.32") wells. The 7196B-13 includes five 8-mm (0.32") wells and eight 6.35-mm (0.25") wells.

Fluke Calibration's LN2 Comparison Calibrators are neither expensive nor complicated to use. If you need supporting data or would like to discuss the theory of operation of an LN2 Comparison Calibrator, call Fluke Calibration today. (Or come to one of our training courses and we’ll show you.)

  • Low-cost calibrations to –196°C
  • Simple to use
  • Uncertainty less than 2 mK

If you need to do calibrations at the triple point of argon but don’t want the complexity and cost of using an argon triple point cell, Fluke Calibration's Model 7196B LN2 Comparison Calibrators will solve your problems. And they do it for less than half the price of other argon triple point simulators.

 

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Ametek Power Special Test Equipment (PSTE)

sku Product SKU:  AME-Power, Special Test Equipment

The Elgar Power Special Test Equipment (PSTE) provides programmable DC power, and programmable loading, to the electrical systems of satellites for system functional testing.

There are several key benefits of the PSTE. First, it is a complete turnkey system that is capable of operating locally through a simple GUI interface or remotely via a host computer as a single Ethernet address. The spacecraft engineer who defines the spacecraft power bus limits, cabling scheme, mode simultaneity matrix, and system behavior based upon limit conditions implements the real intelligence of the system. From this definition, operating procedures can be generated to allow spacecraft technicians to operate the system, system protections are implemented that perform cable detection and mode verification, automated spacecraft fixture identification and related mode capability, and more.

Second, the PSTE is intended to negate the need for purchasing new power test equipment with each new spacecraft. With a review of current and future needs and industry trends, power resources can be sized to provide the optimal blend of flexibility and price.

The system also monitors and provides protection for the satellite electrical power systems against any damage by programming error or by system failure.

The following resources are available in the system pictured on the cover. In most cases, the hardware resources can be scaled to meet the customer's individual requirements.

AC Isolation transformers
• 75KVA power rating; Transform 480VAC 3phase Delta to 208VAC 3 phase Wye
Main Power Rack
• Five 10KW power channels; 150VDC at 67A each
• One 5KW load channel; 3-450V, 0-150A constant current
• Eight programmable strip chart recorder outputs
Solar Array Simulator
• 64 Channels with 110V Voc and 450W each
Electronic Load Rack
• Three 5KW load channel; 3-450V, 0-150A constant current
Remote User Interface
• Ruggedized Portable PC with operator interface software
System Verification test Fixture
• Customized for individual spacecraft I/O to allow convenient, manual verification of power setup.

Hardware Overview
In this section, the overall system is first represented by a simplified block diagram along with a general discussion of the function of each equipment rack. After which, each rack of equipment is represented by its own block diagram. Each rack block diagram is supported by a discussion of the equipment in the rack.

Either the Remote User Interface (RUI) or the Remote Operating System (ROS) is the source of control, or Computer in Charge (CIC), at any given time, at the operator's discretion. The ROS is supplied by the user. The CIC communicates directly with the system controller in the MPR (MPR controller), and the entire system is controlled via the MPR Controller.

Diagnostics and Troubleshooting can be accomplished directly from the MPR controller. The Main Power Rack (MPR) provides main bus power for tests from up to five internal power sources. The Solar Array Simulator (SAS) provides solar panel simulation power. The Spacecraft Protection Unit (SPU) further protects the spacecraft from damage in case of failure of the built-in OVP/OIP protection of the rest of the PSTE system. For electrical system loading tests, the Electronic Load Rack (ELR) provides three programmable Electronic Load Units (ELU). The MPR contains an ELU that can be used when only one ELU is required.

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5430 Standard AC/DC Resistors

sku Product SKU:  FCL-5430

Six resistors in Fluke Calibration's Model 5430 series cover resistance values from 1 ohm to 10,000 ohms. Each one has an actual resistance within 10 ppm of its nominal value and holds its resistance within 2 ppm per year.

Each resistor comes with a Tinsley certificate on AC performance, traceable to NPL, including calibration uncertainty of 3 ppm. Additionally, Fluke Calibration can provide an optional DC certificate, traceable to NIST and NVLAP accredited, with uncertainty below 1 ppm.

Designed originally by a national lab, Tinsley resistors are bifilar wound to minimize reactance and are filled with oil to minimize both time- and temperature-caused instabilities. AC/DC transfer error at 90 Hz is only 0.1 ppm.

For maintaining your oil resistors, Fluke Calibration provides baths that range from 25- to 155-liter capacity with enough inside shelf space to maintain all your standard resistors. Each of these baths maintains your resistors within 1 mK in the short term (30–60 minutes) and within 5 mK for months at a time.

In our lab, we use both AC and DC bridges in addition to Super-Thermometers. We calibrate SPRTs in fixed points, and we calibrate reference resistors. We use standard resistors every day, and we understand the value of being able to rely on resistors that won’t drift. Tinsley makes the best AC/DC resistors around, and Fluke Calibration makes the best maintenance baths. Ask people who know. Then don’t compromise.

 

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AMETEK-Ls-Lx Series

sku Product SKU:  AME-Ls-Lx S

The Ls/Lx Series is a completely improved new product based on the popular California Instruments L Series. Both the Ls and Lx feature many basic AC Source capabilities at a very reasonable price. For more information on either product, please click on the product tab on the right.

Ls Series 
The Ls Series is an improved version of the classic California Instruments L Series AC power sources. It provides many basic AC source capabilities at an economical cost. Additional capabilities such as arbitrary waveform generation and harmonic measurements can be added as options. The Ls Series can be ordered in either single phase (-1) or three phase (-3) configurations. Power levels range from 3 kVA to 6 kVA in a single chassis. Multiple chassis can be combined for power levels up to 18 kVA. The Ls Series is completely microprocessor controlled and can be operated from a simple front panel keypad. A pair of analog controls located next to the backlit alphanumeric LCD display allows output voltage and frequency to be slewed up or down dynamically. For more advanced operations, a series of menus is provided using a dual line high contrast LCD display. The Lx Series represents a modern AC power source that addresses increasing demands on test equipment to perform more functions at a lower cost. By combining a flexible AC power source with a high-end harmonic power analyzer, the Lx Series systems are capable of handling applications that would traditionally have required multiple instruments.

Lx Series
The Lx Series is completely microprocessor controlled and can be operated from a simple front panel keypad. A pair of analog controls located next to the backlit alphanumeric LCD display allows output voltage and frequency to be slewed up or down dynamically. With precise output regulation and accuracy, high load drive current, multi or single phase mode and built-in power analyzer measurement capabilities, Lx Series AC source/analyzers address many application areas for AC power testing. Additional features, like line arbitrary waveform generation and available DO 160 or MIL 704 test standards, make the Lx Series a good choice for avionics or defense applications. All Lx Series AC sources are equipped with IEEE-488 (GPIB) and RS232C remote control interfaces and support SCPI command language programming.

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