Load Cell Simulators
generate a precise mV/V signal to assure load cell amplifier, tester, readout and display set up.
See Also: Load Cell Test, Load Cells
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Fully Automatic Full Load (Routine) Testing Panel For Induction Motor
Aarohi Embedded Systems Pvt. Ltd
Aarohi introduced fully automatic routine testing panel. The primary purpose of the routine test is to insure freedom from electrical and mechanical defects, and to demonstrate by means of key tests the similarity of the motor to a “standard” motor of the same design. this panel also help to enhance productivity, Work efficiency & reduces need for skill operator. More then 500 Indian pump manufacturer ware installed this system & satisfied with performance.
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Top Loading Industrial Ovens
Gruenberg manufactures two, specialty industrial top loading ovens that are designed for multiple processes, including annealing, preheating and baking. Their rugged durability are well suited for oil and gas applications. Standard and custom options accommodate a variety of processing applications including drying, curing, baking, aging and more.
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Programmable LED DC Electronic Load
M98 Series
M98 series DC electronic load, as a new generation product of Maynuo Electronic Co., Ltd, is designed for the LED driver application. A special circuit is desiged for the LED driver on the base of the M97XX sereies. Incorporating high-performance chips, the M98XX series delivers high speed and high accuracy with a resolution of 0.1 mV and 0.01 mA (basic accuracy is 0.03% and basic current rise speed is 2.5 A/μs). M98XX series have wide application from production lines for cell phone chargers, cell phone batteries, electronic vehicle batteries, switching power supplies, linear power supplies, and LED drivers, to research institute, automotive electronic, aeronautic and astronautic, maritime, solar celland fuel cell etc.test and measurement applications.
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Load Tester for D Type Durometers
A load tester for checking the spring load characteristics of ASKER hardness testers at the hardness readings of 25, 50, and 75.
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Electronic DC Load, 80V, 80A, 400W With/without Remote Interfaces
LD400 Series
Versatile solution for testing dc power sourcesConstant current, resistance, conductance, voltage and power modesWide voltage and current range, 0 to 80V and 0 to 80A400 watts continuous dissipation at 28°C (360W at 40°C)600 watts short-term dissipation (up to 60 seconds)Low minimum operating voltage of <1V at 40AHigh resolution and accuracy for level settingBuilt-in transient generator with variable slewCurrent monitor output for waveform viewingVariable drop-out voltage for battery testingHigh resolution backlit graphic LCD with soft key controlAnalogue remote control of levels and TTL control of on/off and transient switchingFront and rear input terminals (front terminals 30A max.)Full bus control via USB, RS232 and LXI compliant LAN interfaces (LD400P)GPIB option (LD400P only)
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DC Electronic Load
Siglent SDL1000X series Programmable DC Electronic Load features an input range up to 150V/30A/300W. CC Dynamic mode frequency is up to 25 kHz. It delivers stability over a wide range of applications and can meet all kinds of testing requirements including: Power, battery/handheld device design, industry, LED lighting, automotive electronics, and aerospace.
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600W Bench Electronic Load, Dual Input 150V, 60A, 300W
EL34243A
Keysight’s EL30000 Series bench electronic loads consist of three models, all with a built-in data logger. The EL33133A basic performance electronic load offers an economical price, a limited range, and a single 40 A, 150 V, and 250 W input. Two performance models offer additional ranges, the EL34143A single input 60 A, 150 V, 350 W, and EL34243A dual input 60A, 150V, 600 W.
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Simulation Design For Manufacturing
Altair offers a unique set of simulation tools to evaluate product feasibility, optimize the manufacturing process, and run virtual try-outs for many traditional, subtractive, and additive manufacturing processes. Users can validate designs early in the manufacturing process with the simplicity and affordability of the simulation software, as well as use optimization technology with specific manufacturing constraints to design better, more efficient products.
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High Density Cell Tester
The advanced Series 4600A Automated Test Systems, designed to deliver exceptional capabilities for efficient single cell testing at an affordable cost. Each test position operates independently and can be easily programmed to perform a variety of multi-step tests, including constant current, constant power, constant voltage, or constant resistance.
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Thermocouple, Insert, ITA, SIM, 8 Pos, 3 Slot (not loaded)
510181111
Thermocouple, Insert, ITA, SIM, 8 Pos, 3 Slot (not loaded)Compatible with 410130116, ITA, i2 MX, 22 Slot VTAC/SIM Insert, EMI, and XL version 410130133Not loaded. Thermocouple patchcords need to be purchased separately.
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Flashlight Solar Simulator
Flashlight Solar Simulators have the advantage of negligible temperature change to the solar cell. For this reason, they are primarily used in cell and module production environments. Also, they are a more budgetary alternative if large cell areas are to be illuminated, because it is easier to have excellent light uniformity on areas of 8 in x 8 in or larger. So, this type of solar simulator is also used for analysis of large area thin film solar cells. But care must be taken, as some materials (e.g. CIGS) have long inherent time constants, so that the pulse length (better: flash plateau) must be chosen accordingly.
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0-600 Amp Variable Carbon Pile Load Tester
6039
• Test batteries up to 1200 CCA• Fine threaded shaft for fine adjustment• Temperature compensation chart• Easy to read digital voltmeter & ammeter combine with the versatility of a carbon pile load• Spring loaded to shut-off automatically• Unique curved discs to prevent hot spots• Tests all battery types• Made in USA of US and Global Components
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Bolt Extensometers for Proof Load Testing
Model 3565
Jinan Testing Equipment IE Corporation
The Model 3565 uses hard conical points to contact the bolt at the center of the head and at the bottom. It is fully adjustable for different length bolts ranging from 25 mm (1 inch) in length to 150 mm (6 inches) standard. Extension beams are available for longer bolts. The standard maximum measuring range is 1.25 mm (0.05 inches). Generally, on longer bolts this extensometer will be self-supported without requiring any centering marks or punch marks on the bolt. For shorter bolts these marks may be required. If the conical pins are sharp, marks are often not needed even on the shortest bolts.The extensometer has a zero adjustment screw to adjust the length between the contact pins. This is used to set the output voltage to zero, which corresponds to the correct starting position for the test. It also includes a breakaway lower arm. In the event a bolt should fail, the breakaway arm snaps free, helping to prevent damage to the extensometer. This is easily re-installed. In the event that bolt failures are likely during a test, it is recommended the user attach a cord around the upper part of the beam and tie the other end to the test frame to prevent the extensometer from falling. The conical point contacts included with the extensometer are made from tungsten carbide.The Model 3565 extensometers are strain gaged devices, making them compatible with any electronics designed for strain gaged transducers. Most often they are connected to a test machine controller. The signal conditioning electronics for the extensometer is typically included with the test machine controller or may often be added. In this case the extensometer is shipped with the proper connector and wiring to plug directly into the electronics. For systems lacking the required electronics, Epsilon can provide a variety of solutions, allowing the extensometer output to be connected to data acquisition boards, chart recorders or other equipment.
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Test & Simulation Interface for PCI-X
PCI-X-C1760
Avionics Interface Technologies
HS1760/MIL-STD-1760E Test & Simulation Interface for PCI-X
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Electric Vehicle Battery Cell Tester
MCV
The MCV is a low-current life cycle test system for development of primary and rechargeable batteries in various chemistries. Operating from a common microprocessor, multiple circuits in the MCV module can run individual test programs. Additionally, the MCV is designed and built for ease of maintenance and service. The modular construction means that most subassemblies, large or small, remove easily for service outside the cabinet and fast replacement.
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Battery Simulator
The purpose of this battery impedance network (BNB) is to provide electric power to the device under test, providing a standard impedance. It has been developed for automotive tests. A resistor that emulates the internal battery resistance is implemented in the BNB.
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Network Emulation, Delay Simulation, Bandwidth Emulator & WAN Simulation
GigaNet System’s network emulation appliances provide precision, performance and predictability in your test infrastructure resulting in optimized system performance and robust system behavior under real world network conditions.
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PXI/PXIe LVDT/RVDT/High Speed Resolver Simulator Module, 4-Banks
41-670-301-AABBCC
The 41-670-301 (PXI) and 43-670-301 (PXIe) are ideal for the simulation of variable differential transformers (VDT), both linear (LVDT) and rotary (RVDT) types, as well as resolvers with high speed simulation up to 130krpm rotation. They have four banks, each capable of simulating the output of a single 5 or 6-wire VDT or resolver, or dual 4-wire utilizing a shared excitation signal. This allows the module to simulate up to 4 channels of 5 or 6-wire or 8 channels of 4-wire.
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Radar・Sensor Simulation Framework
COSMOsim
Millimeter Wave Radar simulator and LIDAR (Laser Imaging Detection And Ranging) simulator for Automotive sensor simulations, and also can provide 3DCG MAP for specific radar which has millimeter accuracy. Now we can only provide AMMWR and ALR to the following COSMOsim Framework. This simulator enables automotive manufacturers to simulate a driving situation by sensor-based modelling, check the recognition and control of autonomous driving, and verify the sensor-mounting positions on vehicles efficiently, which eliminates the need for test driving with real vehicles.
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ESD - Simulator
SESD 216
The test generator SESD 216 simulates electrostatic discharge as defined in the standard IEC / EN 61000-4-2. Depend on the Equipment Under Test (EUT) and the test set-up for laboratory tests the IEC standard shows two test methods
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DC Load Banks
Power House Manufacturing, Inc.
DC load banks by Power House Manufacturing are offered in any voltage from 6 to 1,000 Volts DC.
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Environmental Simulation Testing
Innovative Testing Solutions, Inc.
We have multiple chamber capabilities of simulation most environmental conditions. Our chamber range in capacity from 1 ft3 to 64 ft3 volume. Specialty chambers include air-to-air thermal shock, inert gas injection oven, high/low pressure water spray and direct-injection LN2 chambers.
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Adjunct Simulation Engine
Curtiss-Wright Defense Solutions
Responding to the increasing need for realistic and effective military training to counter today’s varied threats while keeping to the budget, TCG ASE offers high fidelity, real-time, and configurable simulated tactical data link information for operational and training networks.
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Power System Simulator
F6150e
This power system simulator performs the simplest through the most complex tests. Meeting all your protective relay testing needs, the F6150e is available in different configurations.
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Regenerative AC Load
61800
Chroma Power Electronics Test Solutions not only apply in the industries of Information Technology, Communication, Aerospace and National Defense, but also in energy efficient products such as Hybrid Automobiles, LED luminance devices, solar and fuel cells that are developed aggressively under the pressure of natural resource constraints. Chroma has a wide variety of instrumentation including AC Power Sources, DC Power Supplies, DC Electronic Loads, AC Electronic Loads, Digital Power Meters, and Automatic Test Systems that are ideal for power input/output terminal tests and dynamic simulation.
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Synchro/Resolver Conversion & Simulation PMC boards
Versatile, rugged, and time saving Synchro/Resolver conversion and simulation PMC boards featuring multiple high accuracy, independent channels and easy programmability, to provide a highly accurate and convenient method to test and simulate positioning systems in lab and embedded environments. The SB-3642 conversion and SB-3644 simulation boards’ versatility and ruggedness enable them to be used first in the lab, and then be readily designed into embedded applications, just by the switch of a carrier card.
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Load Switches
Analog Devices load switches provide a highly integrated solution for switching voltage rails on in a controlled manner via an internal, high-side switch. This portfolio features overcurrent and overtemperature protection and supports currents up to 3 A. They provide a very low pass element RDSON to reduce power losses. The combination of the functionality and integration levels of ADI load switches make them extremely well-suited to inrush control applications for pluggable optical modules, line side pluggable interfaces protection, power plane switching, and power rail sequencing applications.
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Transistor-Level Defect Simulator
Tessent DefectSim
Tessent DefectSim is a transistor-level defect simulator for analog, mixed-signal (AMS), and non-scan digital circuits. It measures defect coverage and defect tolerance. Tessent DefectSim is perfect for both high-volume and high-reliability ICs. Tessent DefectSim replaces manual test coverage assessment in AMS circuits needed to meet quality standards such as ISO 26262 and provides objective data to guide improvements in DFT. Tessent DefectSim dramatically reduces SPICE simulation time compared to simulating every potential defect.
