Calibration equipment - Import export

The precision calibration unit combines high accuracy, low drift, low noise and superior long-term stability with multiple functionality and simple operation. Ramps, Δ+/Δ-, and multiple setpoint storage make the operation of the device easier for the user. For that reason the application possibilities are many: — Calibration of current and DC-voltage meters — Precise testing of thermocouple temperature measuring instruments — Calibration of controllers, sensors, detection devices and other devices used in process control — Open-loop process control with the aid of integrated ramp function Features: — High precision current and voltage source ± 52 mA, ± 30 V — Option: ± 22 mA, ± 60 V — Precision simulation for all conventional thermocouple types (optional) — Error limit 0.003 % Rdg. — Standard with RS232 and IEEE488 interface, USB and Ethernet (optional) — Current "SINK"

The DIGISTANT® model 4420 universal calibrator, built to use in the field, is ideal for checking and calibrating temperature measurement and control devices. The versatile functions of this portable unit allow to be used on-site or at a fixed location, on the test floor or in the laboratory. The unit allows the simulation and measurement of voltages, currents, temperatures and resistances.Simultaneous transmission and measurement allow, for example, controllers to be checked precisely. The automatic ramp function is used for controlling processes. The universal calibrator measures and simulates 14 models of thermocouples and Pt100. Features: Calibration and measurement unit for voltages, currents, temperatures and resistances All functions can be fully controlled and configured via RS232 interface Simultaneous transmission and measurement Automatic ramp function Simple menu assistance via display Voltage range ± 1 μV to ± 11.000 V Current range ± 200 nA to ± 22.000 mA

Wherever temperatures are measured, temperatures must also be simulated. The Pt100-simulator is suitable for a wide area of applications. It has a wide range of simulation, which is resolved in 0.1 °C steps and makes many assignments in chemistry-, measuring-, controlling-, medicine and household applications, food industry, vehicle construction, air- and space travel and power plants easy to solve. Often in the past several simulators had to be used alongside to achieve either resolution or the range of the relevant application. As an extra advantage to the user temperatures can be entered in degrees celsius. Additional extensive conversions and readings in tabulation sheets are no longer necessary. Features: — Simulation range -100 °C up to +500 °C — Resolution 0.1 °C — Calibration in accordance to DIN EN 60751 — Simulation of line resistance 10 Ω, 20 Ω or 30 Ω — Sturdy aluminium-housing

The force measuring chain is an universal reference measuring chain for the calibration of press-fit force measuring equipment. It finds applications in the quality assurance, commissioning and equipment monitoring fields. A DAkks calibration certificate is included so that the force measuring chain can be traced back. The calibration is traceable through accreditation at the German Accreditation Body. The calibration certificate records the displayed values for mounting positions at 0°, 120° and 240°. During calibration in field, the reference load cell is inserted in line with the flux of the press-fit measuring equipment. The force application is of central significance here for the quality of the measurement. Special force application parts are required, so that the line of action of the force agrees as exactly as possible with the geometrical axis of the load cell that is to be measured (central loading).

The precision RTD simulator is used where measuring instruments or controlling means with high precision must be examined or calibrated. The simulator is suitable for calibration laboratory and service centers which need a computer-controlled resistance decade for the automation of calibration procedures. All standard platinum and nickel RTD can be simulated with very high accuracy according to scales ITS 90 or IPTS 68. Temperature regulators, transducers etc. often supply a pulsed signal current in order to reduce the self-heating of the RTD. Devices with electronic simulation of RTD are therefore inclined to swinging and do not function with this application. Features: — Simulation of Pt100, Pt200, Pt500, Pt1000, Ni100 and Ni1000 sensors — Accuracy 0.02 °C — Temperature scales ITS 90, IPTS 68 — Real Ohm simulation — Control manually or remotely via RS232/IEEE488/USB Converter

The multipurpose digital indicator TRANS CAL 7281 can be used wherever there is a need to perform high-precision, in-situ calibrations of sensing components used in equipment such as presses, torque tools or pressure-regulating systems. An optional factory calibration certificate or German-accredited DKD/DAkkS calibration certificate can be provided when the measurement device needs to be used as a reference. This provides a quick and cost-effective way of assessing a system with traceable documentation of measurement results. If a reference measurement cannot be made because the sensor location is difficult to access, it is still possible to test the zero point, the input, output and isolation resistance as well as the calibrating offset of the fitted sensor. It is also possible to check the indicating device by measuring the excitation voltage and simulating the characteristic values (mV/V or V) of the sensor used.

High-precision angle measuring system with +/-0.1s accuracy for measuring and calibration applications. The signal sampling is done by an interferometric operating principle (laserscale) The graduation period is 1µm, the generated signal period of the output signal is 250nm. Scale errors are self-compensated by using six reading heads in a special arrangement. The measured values can be output in csv format via the USB interface. The software for measured value acquisition and storage is included in the scope of delivery.

This high-precision calibration source is able to measure currents up to ±50 mA, voltages ±100 V and temperature setpoint values of 12 thermocouple types, including R, S, B, J, T, E, K and N. Voltage drops across the measuring leads can be easily compensated via the sense line. With “thermoelectric voltage simulation” you can enter °C, °F and K, the temperature scales ITS-90 or IPTS-68 and the reference junction type constant/external. Furthermore, when simulating thermocouples a calibrated external reference junction can be used, with the calibration data being taken into account in the device. The device can be operated both via the keypad and via the Ethernet and USB interface. Features: — DC voltage up to ±100.0000 V, ±0.002 % — DC current up to ±50.0000 mA, ±0.005 % - Thermocouple simulation of R, S, B, J, T, E, K, N, M, C, D, G2 - Automatic sequence function (ramp function)

The precision Pt100 simulator is used wherever measuring instruments or controlling systems have to be tested or calibrated with great precision. The standard version model 4506 simulates 24 set temperature values. Totally different temperature ranges are required in the case of special applications, such as in the food industry, the medical science etc. Model 4506 S is recommended for these applications and can be fitted with 24 temperature values according to customer specifications. A distinctive feature of these simulators is their simple operation. The resistance values required for simulation are directly set in °C. There is no need to use loof-up tables. Today in many cases a certificate is needed more than ever force measurements. This certificate is available under order code 45DKD-.. . Features: 24 set temperature values Calibration per DIN EN 60751 Resistor material: MANGANIN®, TK ≤ 10 ppm/K Pt100, Pt500, Pt1000 Available with DKD Certificate if required

Over the last few years, we at EP-E have designed and introduced a series of primary standards for gases, designed for use in calibration laboratories. As a technology partner of the Physikalisch-Technische Bundesanstalt (PTB) in Braunschweig, our solutions are based on the highest standards. The EP gas bell plungers generate a volume flow which is traceable to the SI units length and time. The pistons are driven by a stepper motor via a spindle. In the initial state one piston is fully retracted and the other fully extended. The volume flow can be set with high precision via the piston cross section and the travel speed. At the end of the calibration process, both pistons are in the opposite position to the initial position. The calibration device is preferably operated with air, which can be supplied with up to 6 bar. The EP gas bell pistons convince by highest measuring accuracy up to 0.15% (k=2).

The EP endurance test benches are used to test various components over a defined cycle for durability, e.g. temperature and pressure cycle tests. A high series quality requires precision and reliability. Operational and endurance tests are necessary in order to be able to demonstrably guarantee high quality. In the form of selection or random sampling tests, components are tested for fatigue and wear by means of load tests, for example under pressure and temperature changes. The tests are used for endurance stress testing of various materials and products with different pressure curves and temperatures. We build test benches according to your requirements: e.g. for long-term or short-term tests, under static or pulsating test conditions and depending on other factors. Present us your requirements!

The test bench is designed for calibration with critically operated nozzles of domestic gas meters or others such as diaphragm gas meters, ultrasonic meters, thermoelectric gas meters. The test bench is specially designed for the calibration of domestic gas meters (bellows gas meters, ultrasonic meters, thermoelectric gas meters). The test bench is modular - 1x6 to 4x6 clamping positions for the gas meters can be combined. Due to the modular design 1 to 12 gas meters can be tested simultaneously. In parallel, up to twelve additional test pieces can be adapted, run in and leak tested. A magazine consisting of three critical nozzles is used as flow transmitter. Optionally, a nozzle drum with nine combinable nozzles can be used. This allows the generation of up to 512 different flow points with highest accuracy.

We offer you standardised complete systems for the measurement of volume & mass flows. The EP LMF®-LaminarMasterFlow® is a complete system for high-precision flow measurement of gases and air. The LMF® system consists of a flow processor, a Laminar Flow Element (LFE) as measuring section, a cable set and a sensor package. The flow measurement is performed by means of Laminar Flow Elements (LFE), which are available in different sizes and cover a measuring range from 0.01 to 700 m³/h. (optionally up to 4000 m³/h).

The high-precision calibration laboratory is accredited according to DIN EN ISO/IEC 17025 for flow calibration of flowing gases. The EP calibration laboratory is accredited by the DAkkS according to DIN EN ISO/IEC 17025:2005 for calibrations of gases in-house and on-site under the procedure number D-K-21444-01-00. We offer calibrations for gas flow measurement as well as temperature, humidity and pressure measurements. In addition, we calibrate all measured variables of the test bench directly at your site. Our experienced technicians also check the harmonious interaction of all sensors, so that the entire system is perfectly tuned. The opening of our new calibration laboratory in Asia enables us to offer you even better service internationally.

with adjustable humidity and temperature to simulate the environmental conditions of a test specimen (e.g. household appliances, heating technology) The basis is a standard or climatic chamber (e.g. test kitchen, environmental simulation) with adjustable air humidity and temperature. On the basis of decades of experience in automotive test engineering, EP-E developed a concept in which the air flows in a circle (loop design). The result is a very excellent homogeneous temperature and humidity distribution. Through precise temperature and humidity control, it is possible to set different combinations of air conditioning and thus precisely adjust the required test conditions. The determination of the air flow (exhaust air volume) is carried out via a measuring section with the use of Laminar Flow Elements (LFEs). In order to determine the volume flow, pressure and temperature sensors are used to determine the air volume flow of the climatic chamber(s).

Maintain the high accuracy of your BlowerDoor measuring technology by regularly submitting it to a calibration. Benefit from the high accuracy of the BlowerDoor measuring technology: At ± 4% or rather ± 5% (flow rings D + E), the accuracy of the BlowerDoor testing flow rings – as well as that of the pressure gauge DG-700 (± 1%) or DG-1000 (± 0.9 %) – clearly exceed the minimum legal requirements. The manufacturer’s calibration as well as the calibration with DAkkS-certificate, are subject to the highest quality standards. When calibrated, all measuring systems undergo a preceding functional test. If required, we will gladly provide you with a replacement device at favorable rates and conditions, while your BlowerDoor measuring system is being calibrated or repaired.

Bourdon Tube Pressure Gauge - Defence Standard Designed for Naval and Marine applications in accordance with Def Stan 66-2. This gauge has been designed to withstand high level of shock and are all manufactured in accordance with EN837 -1. The 4" and 6" flush mounting versions are available with 3 Hole front fixing flange . Bourdon Tube Oxygen Pressure Gauge The 950GP incorporates a solid baffle wall and blow-out back for operator protection and standard features such as IP67 environmental protection, not normally available on comparative units. The 950GP is specifically manufactured for use on OXYGEN and as such is cleaned for Oxygen service with no oil or grease contamination. A restrictor in the inlet is a standard feature. BFMIRA Vacuum Gauge (Can Piercing Test) The Model 269 is a high specification vacuum gauge specifically designed for the estimation of the intensity of vacuum in a food can. Developed by the British Food Manufacturing Industries Research Association.

Model 5214 Standard Test Gauge Our 0.25% accuracy Standard Test Gauge is undoubtedly recognised as a world leader for its accuracy and, of course, Budenberg Quality. This gauge incorporates a base test gauge accuracy with to a maximum of 500 graduations where possible, along with a knife edged pointer and an anti parrallax mirror to help reduce the chance of human error. Model 5314 MasterTest Gauge The 5314 now provides a higher specification and incorporates many additional features as standard. Housed in a new die-cast safety pattern case, the 5314 meets the full requirements of EN837 including a brighter anti-parallax mirror scale & knife-edge pointer for accurate repeatable readings. Model 5414 Super Test Gauge The 5414 now provides a higher specification and incorporates many additional features as standard. Housed in a new die cast safety pattern case, the 5414 meets the full requirements of EN837.

Sizes: 63 mm & 80mm Dial diameter and 100 mm (4”) & 150mm (6") Mounting: Direct, Surface and Flush Case & Bezel: Full Safety Pattern case to S3 standard and Die Cast Scale Ranges: 0 to 600 mbar to 0 to 1400 bar, 0 to 400 mBar up to 0 to 1400 Bar Pressure Element: ≤80 Bar for 316 Stainless Steel Bourdon Tube and ≥81 Bar for 316 Stainless Steel Coil Overload: Up to 130% of FSD Pressure Connection in 316 Stainless Steel: 3/8”, 1/2” BSP and 1/2" NPT Accuracy Class: 1% of FSD (CL1) as defined in EN837-1 (Options available) Operating Temperature: -20 to +90 ºC operating Dial: White Anodised Aluminium marked in black finish Pointer: Stainless steel coloured black Movement: Stainless Steel Construction Window: 3mm Laminated Safety Glass (Standard) Environmental Rating: IP67 as defined in EN 60 529 Traceability: Calibrated with unique Serial Number printed on the dial Certification: BS EN 10204 3.

The Classic range of Pressure Gauges has been designed to meet the high demands of the process industry. From harsh corrosive chemical applications to general engineering uses, the Classic combines a high specification with a very cost-effective price. The standard unit incorporates 316 stainless steel wetted parts that are housed within a liquid fillable 316 stainless steel case. Standard units are available as dual scale bar and psi but custom scales can be supplied. 316L wetted parts and cases are available as an option. Available with a wide range of accessories including: Syphons, Snubbers, Gauge Savers, Manifolds, Diaphragm Seals etc ensures that Budenberg can provide you with the right product to suit any individual application or requirement. Scale Ranges: 0 to 1 bar to 0 to 1400 bar or equivalent units of pressure / vacuum are available. Size: 100 mm (4”) & 150mm (6") Mounting: Direct, Flush or Surface

The BGP base can be used with any BGP series piston, allowing testing from 15 mbar to 120 bar. The base requires a supply of gas slightly above test pressure, and has precision inlet / outlet valves and a screwpress to enable easy regulation and adjustment of pressure. The BGP1 has a 1/2in2 high chrome steel piston/cylinder unit. The design has been proven over many years to provide excellent sensitivity and stability. Low start pressure is achieved through use of a hollow piston and aluminium head. NOTE: Model BGP1 can be used on vacuum with a model 24 adaptor. All certificates issued for Budenberg Dead-weight Testers are fully traceable to national standards via equipment with UKAS calibration certificates.

The BGH series base can be used with any of the BGH series pistons to give ranges 1-120 bar with a BGH120, 2-300 bar with a BGH300, 1-700 bar with a BGH700 and 1-1200 bar with a BGH1200 . All units are top loading for ease of use and weight sets are fully interchangeable. This means that weight sets in alternative pressures are readily available and customers with more than one %*+ series tester can interchange weight sets between testers of the same range. The base features a dual area screwpress which allows low-pressure priming and high-pressure control. The BGH is a robust design, proven over many years usage. The unit has a 1/16in2 fully hardened and stabilised tool steel piston. This unit gives extremely good sensitivity for high accuracy calibration, yet is tough enough for regular use in a workshop environment.

Fast response, exceptional repeatability and accuracy are just some of the standard features of our range of Bimetallic or Filled System Temperature Gauges. We have an extensive range of systems, options and configurations and can provide a cost effective solution to all your temperature measurement needs. Budenberg Gauge Co Ltd is a premier manufacturer of instrumentation for Chemical, Food and Beverage, Oil and Gas, Petrochemical, Pharmaceutical, Power Generation and Transmission, Refrigeration, Water and Waste Water markets. Quality and reliability have become the trademark of all Budenberg products and all our instruments are supplied with a minimum 1-year guarantee and carry a unique serial number for traceability purposes. Budenberg provides highly specialised machined - to complete products for niche industries globally. Our resources allow for bespoke solutions from finished product to machined components.

Model 179 Differential Pressure Gauge The gauge is designed to withstand full working pressure, applied separately to either connection or together. The maximum working pressure should not be exceeded even temporarily, so the possibility of surging pressures should be considered when selecting the instrument. Model 180 Microvar Differential Pressure Gauge Melinex is a polyester film (polyethylene terephtalate) that is resistant to all petroleum refining industry fluids. Please consult our technical department to check the suitability for other chemicals. Model M24 Bellows Type Differential Pressure Gauge Designed around a balanced bellows system, which converts the differential pressure into a rotary movement by way of a torsion tube assembly and mechanical linkages. The entire assembly is liquid filled, producing a hydraulic self lubricating measurement system which allows for full line pressure to be applied to either side of the unit without damage to the device.

The portable, battery-operated KAL 84 calibration system combines a pressure transmitter and pressure gauge. These can be used to test and calibrate pressure sensors and other pressure gauges for low pressures both quickly and easily. A high degree of accuracy and excellent reproducibility of results combined with a robust design give the system all the functionalities required for laboratory and service applications. Calibration in mmHg (optional) makes the system ideal for applications in accordance with the regulations for users of medical products, e.g. blood pressure monitors and infusion/suction pumps.

The KAL 100 / 200 calibration device combines a pressure transmitter and pressure gauge. These can be used to test and calibrate pressure sensors and other pressure gauges for low pressures both quickly and easily. The desired pressure is indicated on the digital display and pressure is generated quickly and precisely through the use of a closed loop, thereby eliminating the need for an external pressure generator.

CLEARVIEW has been developed for the accurate calibration of metering pumps. Available in polypropylene, PVC and glass, standard features include: - exceptional clarity - chemical resistant - break resistant - threaded, socket or flanged - removable "O" ring sealed top - float level indicator - PVC has dual scale USGPH & ml - PVC sizes 100 - 20000 ml - POLY & glass sizes 100 - 4000 ml - glass cylinders maintenance friendly and fully field serviceable ** Ask for a quote **

Tohnichi's TME2 is suitable for checking torque on bottle caps, starting torque test, strength test, and twisting test, etc. It can also be used to check torque screwdrivers. TME is equipped with 4 poles that can change positions according to the object's shape and hold it firmly during testing. Since there is no need to mount the tester on a table or bench, it supports mobile use. Angle-adjustable display with a large fluorescent indicator panel gives greater visibility. With the optionally available calibration equipment, the tester can be calibrated by the operator himself if required. Saved data can be transferred to PC or printer though RS232C output (equipped as standard). Analog output terminal (approx. ± 4V) allows connection to recorder, etc.

Digital Torque Gauge with pull-out LC Display High precision handheld digital gauge with integrated LC display to measure small torque. Ideal for torque measurement like rotating torque, click torque of precision machinery, electronic devices, and various assembly components. The digital display simply slides out of the housing and is attached with a curly cord. Use the optional testing stand to secure the gauge while testing or add fixture to secure your test piece. Combined with Measurement Stand (#808), it can be fixed to use as torque screwdriver checker, et al. ATGE-G series devices are manufactured for the global market and offer a selection of SI, metric and American units of measurement. Equipped with SI calibration as standard, optionally available with calibration in anglo-saxon (ozf·in) or in metric (gf·cm) units.