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Series E Hand Held Test Measures:
The Seraphin® Series E test measure is manufactured of type 300 stainless steel. It is available in any capacity from 5 liters (1 US Gallon) to 40 liters (10 US Gallons). Typical sizes are listed in the specification sheet, however custom capacities are available. Seraphin® no longer manufactures terneplate test measures (see news and events). Our hand held measures provide a true standard of comparison for verifying the metered output of liquid dispensing equipment. They are ideally suited for fuel dispensing and other precision liquid metering applications.
A Seraphin® test measure is easy to use, reliable, low cost way to measure the output accuracy of liquid metering equipment. They are built and calibrated to the latest OIML R-120, API and NIST handbook 105-3 standards. Seraphin's® test measures have served as the filed standard used by most Weights and Measures authorities since 1915.
The Seraphin Advantage:
Whether you need to ensure compliance with Weights and Measures requirements, or are looking to support ISO requirements for meter calibration, or simply wish to maximize the economics of your metering application, Seraphin® volumetric test measures offer a proven solution. Many Seraphin® test measures remain in use today, decades after first being placed in service. The de facto industry standard for fuel metering applications, Seraphin® boast unsurpassed quality, accuracy and reliability. Each Seraphin® measure is backed by decades of solid performance and reputation.
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DOPAG single component pumping and metering systems are assembled from DOPAG pumps, components and high-performance electronic computers, producing systems that will pump and meter single component media with maximum precision.
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Parker’s RB9 Multi-Function Flare Valves are used as service valves in mini-split heat pumps. The valves isolate sections of a system for servicing and provide a means for charging refrigerant into a unit. The valve also holds a restrictor and screen to meter refrigerant and filter debris, increasing system efficiency.
* Inclusion of a restrictor into the valve provides precise refrigerant metering to increase efficiency.
* Noise and vibration through the unit are reduced by inclusion of the restrictor into the valve.
* Inclusion of a screen into the valve filters dirt and debris prior to entering the restrictor, maintaining full flow and enhancing performance.
* Captivated stem-design holds the stem within the valve to prevent it from releasing when the cap is removed or the unit is serviced, reducing the potential for injury.
* Combined functionality of valve, restrictor, and screen reduces component inventory (shut-off valve, field-access gage port, expansion device, filter screen or strainer, line-set connector, check valve, by-pass circuit, & capillary tubes) leading to a reduction in overall installed cost.
* Combined functionality of valve, restrictor, and screen also reduces space requirements within a unit and eliminates braze joints to reduce potential leaks paths.
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This WOLFANGEL® unit was conceived for the vacuum infusion process, where, at the beginning of the process, a great amount of material is required. The capacity is 50 kg/min. Resin, catalyst and accelerator (or inhibitor) are delivered by 3 material pumps. The particular advantage of this plant is that it can process preaccelerated resin. The reaction process of the resin system can be adjusted to an optimum to the temperatures of the environment so that the possibilities of adjustment are improved compared to a preaccelerated system. This concept can also be used for epoxy dosing units.
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Technical Data:
-Steel frame, zink plated
-Rollers
-Balancer
-Mixing block
-Pneumatic control
-Stainless steel piston pump
-Swivel boom made out of stainless steel
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High quality analogue instruments designed to measure an extensive range of electrical and electronic parameters. This comprehensive range offers DIN instruments, ANSI switchboard meters, panel indicators, sealed and ruggedised instruments, and complementary selector switches for line to line and line to neutral readings. Instruments are precision engineered and robust in design, ensuring accurate measurement and display in the most demanding of environments. All instruments are available in a range of styles, sizes and specifications to meet the exacting needs of industry.
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The 236, 237, and 238 Source-Measure Units (SMU) are fully programmable instruments, capable of sourcing and measuring voltage or current simultaneously. These systems are really four instruments in one: voltage source, current source, voltage measure, and current measure.
Related Applications:
- MOSFET measurements
- GaAs measurements
- Bipolar measurements
- Diode characterization
- Oxide characteristics
- Electromigration testing
- Research and electronic manufacturing applications
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E Probe now under development process
* Non contacting E field Measuring,
* Directional sensitivity
* Power supplies +/-12V
* Measuring range 1 milliVm-1 up to over 1000Vm-1
* Bandwidth : 10 mHz - 100 kHz
* White noise: μVm-1/√Hz experimentally shown
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Digital Partial Discharge Measuring and Diagnostics System for industrial and general HV test floor environments.
The LDS-6 is a highly sophisticated digital measuring system for the PD detection according to the standard IEC 60270, VDE 0434 as well as various IEEE and other standards for the High Voltage Test and Measurement Technology. It meets also ICEA T-24-380 standard for Cable Industry.
PD quality tests on high voltage equipment
PD diagnosis on developing insulating materials
Designed for on-site PD diagnosis tests as well as for manufacturing and research
PD fault location for power cables
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Portable PD Analyzing System LDS-6/UHF
for PD measurements and monitoring on GIS or Cable Systems
The LDS-6/UHF is a state-of- the-art, portable digital measuring system for the UHF processing of partial discharges acquired from installed GIS sensors, or UHF sensors. It combines the features of a PD detector and spectrum analyzer.
PD quality tests on GIS using installed GIS sensors
PD testing on HV Apparatus, using UHF technology
Designed for on-site PD diagnosis tests as well as for manufacturing and research
Single channel or Dual channel
Available in 19" housing with external PC connected via Ethernet, or portable case with built in mini PC
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Precision High Voltage Measurement Instruments VOLTpoint is a family of precision instruments designed for measuring a wide range of voltage inputs; ideally suited for cell-by-cell battery testing where sources range from millivolts to ±400V. Available in both USB and Ethernet (LXI) versions, VOLTpoint can be configured with 8, 16, 24, 32, 40, or 48 input channels. Each VOLTpoint instrument ships with a ready-to-measure application, allowing you to view, graph, and export your data. VOLTpoint uses ISO-Channel™ technology to eliminate connection problems by using galvanic isolation methods to guarantee 1000V isolation between sensor grounds.
VOLTpoint USB Instrument
DT9873: Precision Voltage Measurement Instruments for USB
* Dedicated 24-bit, Delta Sigma A/D converter for each voltage input channel for simultaneous, high-resolution measurements
* ISO-Channel™ – 1000V galvanic isolation channel to channel and to the host computer to protect signal integrity
* Sampling rates up to 10 Hz per channel
* Measurement Instruments Application and programming examples included
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TEMPpoint™ is a series of temperature measurement instruments designed for high accuracy and industrial robustness. TEMPpoint utilitzes ISO-Channel™ front end architecture to eliminate common mode noise and ground loops through 1000V channel to channel galvanic isolation. These instruments allow direct thermocouple, RTD, and precision voltage or resistance measurements with a PC. Temperature and voltage values can be viewed, graphed, or exported to Excel, and allow limit checking for control or monitoring of a manufacturing process. USB and Ethernet (LXI) versions are available with 8, 16, 24, 32, 40, or 48 channels
TEMPpoint Ethernet (LXI) Instruments for Thermocouples
DT8871U: Highly Accurate Thermocouple Temperature Measurement Instruments
* 8 to 48 simultaneous differential inputs per instrument
* Connect any thermocouple or voltage directly at the front panel
* Galvanic Isolation Channel-to-Channel ±500V
* TEMPpoint datalogger application, programming examples, and web-based application included
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USB 1MS/s, 16-bit multifunction module with BNC inputs
- 1 MS/s 16-bit A/D converter
- 16 BNC differential analog inputs, with 7 programmable input ranges from ±100 mV to ±10 V full scale
- Over-sampling mode, including line-cycle rejection for low-level voltage measurements, even in the presence of AC power line noise
- 1 MS/s, 16-bit analog outputs
- 16 digital I/O
- 4 counter inputs capable of measuring frequency, period, pulse width, or quadrature encoders up to 20 MHz
- 2 timer outputs
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The E-PDISO16 has one built-in 10/100 BASE-T auto-negotiation, high-speed communication port. With the Ethernet interface, you can remotely access and configure your E-PDISO16 from anywhere on the network. Only one computer can control the E-PDISO16 at one time. The networking protocol is TCP/IP. You can send your data over 100 meters at data speeds of up to 100 Mbps using only one Ethernet cable connected to your computer.
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Measurement Computing today announced the release of three new 1-MHz, 16-bit multifunction USB data acquisition devices, and a cost-saving expansion module for high channel count applications. The USB-1616HS, the USB-1616HS-2, and the USB-1616HS-4 deliver outstanding performance with synchronous analog, digital, and frequency I/O in one compact package. The AI-EXP48 plug-in expansion module coupled with any of the USB-1616HS series modules can quadruple the analog input channel count.
The USB-1616HS series modules have a unique, low-latency control output mode, whereby any input—analog, digital, or counter, can control an output—digital, analog, or timer, based on pre-defined limits, including hysteresis. The outputs are controlled directly from the USB-1616HS series module, and do not require PC intervention. This results in response times that are measured in microseconds instead of milliseconds
The USB-1616HS series offers extensive trigger options, ranging from analog trigger with 1 µs max latency, to multichannel triggering, where any combination of analog, digital, and counter input channels can be combined to initiate the trigger. Other trigger modes include digital pattern, level, edge, inside/outside window, and pre- and post-trigger.
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Super high-speed sampling at 2000 times/second. Digital hold and peak hold functions. Ideal for measuring the dynamic phenomena of loads, pressure, torque, tension, etc.
The AD-4532B is equipped with a 2D (5-level) comparator function. This function makes it possible to determine the acceptability of the total result by performing a sequential comparison while shifting between the upper/lower limit in five levels using a time axis or an external input (trigger). The AD-4532B is ideal for use in measurements such as a press-in operation, which require changes in the comparison value as time elapses. The five comparators can also be used separately. The comparator judgment is indicated by a highly intuitive, tricolor (Orange/Green/Red) LED on the measurement data display.
The AD-4532B also features a chatter-prevention function. If bouncing of the comparator value occurs repeatedly near the upper/lower limit, a heavy burden will be placed on the relay circuit and other parts. To prevent this, the AD-4532B has a function to set the hysteresis width and time.
The AD-4532B comes equipped with an analog amplifier voltage output (±10V), a D/A analog voltage output (±10V), a comparator output and a Modbus-RTU input/output. In addition, we offer an optional BCD output, RS-232C input/output, D/A analog voltage/current output (±10V / 4-20mA) and Ethernet. The upper/lower limit setting, the zero compensation function and the hold function can be executed via Modbus-RTU.
Please see the AD-4532B catalog for further details.
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The LCIC-WIM is the 2nd generation to our popular line of Load Cell Interface Card that thousands of them are being used all around the world. The LCIC-WIM samples the Load Cell in a rate of 52,000 samples per second so, it fits all dynamic weighing and force measurement applications.
The package includes also our unique LCIC-WIM Monitor utility which is a vital tool for analyzing dynamic load/force applications. It allows to collect the data, showing the results in graphic mode or save it for later use in excel etc.
The communication with the LCIC-WIM is via USB or RS232/485 so, it can be used with almost any PC or other computer.
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A truly measured roll force is crucial in achieving correct roll gap settings, true force distribution from operator side to drive side of your mill and supervision of the backup bearings and roll eccentricity. The Millmate Roll Force System incorporates all these essential features.
The Millmate Roll Force System consists of a Millmate Controller (MC 400) and two load cells with matching units. The various types and the wide load range of Millmate Roll Force load cells cover practically all conceivable roll force measurement applications.
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The DFS-II is a system used for testing the force on the tip of the tool of a wire bonder and in some die attach bond heads as well. The DFS-II system scope displays a wave form that permits the user to establish whether there is excessive vibration, impact force or unwanted movement on the bond head as it touches down on the surface of the DFS-II Sensor. The wave form can then be printed on the on board printer for hard copy recording.
This is a perfect tool for calibration, troubleshooting, setup and verification of machine operation. Both force and time duration can be measured in actual units (force in grams and time in milliseconds) without the need of conversion charts or extra calculations. The DFS-II can be used with wire bonders of any type (automatic, semiautomatic and manual) and of any manufacture. Maximum force measured by the sensor is 500g.
Contact us at mailus@hybond.com for more information.
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