Pressure monitoring - Import export

Thorne & Derrick supply instruments, gauges, meters, probes, sensors and transmitters for all process instrumentation applications including liquids, gases and bulk solids – suitable for non-hazardous (“safe”) and hazardous area locations in accordance with ATEX & IECEx classifications for use in potentially explosive atmospheres, Zone 1 and Zone 2. PROCESS INSTRUMENTATION – CORE PRODUCTS Temperature Measurement Dew Point Measurement Relative Humidity Measurement Carbon Dioxide Measurement Level Control & Measurement Pressure Measurement Flow Metering & Measurement

Overpressure and vacuum possible - Different pressure and flow ranges possible - Several measuring ranges possible in one device - Modern operation via 5" touch graphic colour display - Completely remote controllable, optionally via ProfiNet

The INFICON Pirani Gauge Display PGD400 in combination with the INFICON Pirani Standard Gauge PSG5xx provides a cost effective pressure monitoring solution. Although it is called Pirani Gauge Display the PGD400 also supports our PCG55x and MPG series vacuum gauges.

Bourdon takes mechanical pressure monitoring into the digital age This innovative device fits to any comprehensive platform for machine and process monitoring as well as the preventive maintenance of equipment which is supported by a LoRa wireless protocol. Key applications include pressure measurement and monitoring for oil refineries, petrochemical industry and biodiesel plants. More predestined applications are in waste and water treatment, power generation and transmission, general process industry, building services and civil engineering. The right choice when industry grade wireless pressure measurement and monitoring is required

The preeflow® controllers simplify every dispensing process. They are perfectly matched for all dispensers within the eco-PEN, eco-DUO and eco-SPRAY series. The eco-CONTROL EC200 2.0 serves primarily to control and parameterize the preeflow® dispensers. In addition, pressure monitoring is carried out by the controller for a reliable process with precise dispensing results. The control unit can be easily integrated into fully automatic systems and meets all requirements of modern dispensing processes. The eco-CONTROL EC200 2.0 offers a compact solution with an integrated power supply unit. The control unit also offers options for pressure and temperature monitoring, 100 program memory locations and enables fast and clean storage of programs. The control unit can also be integrated with PLC systems.

We at TFP use our special wire and fiber laying technology to create sensors for large dimensions to measure pressure, humidity and monitor structural composite parts. Please contact us for further information.

The ViscoDuo-VM 2-component dispenser is a valveless dosing system for static mixing based on the proven progressive cavity technology and thanks to its purely volumetric precise dosing principle, is ideally suited for high-precision dosing tasks. Built according to modular structure, a configuration of the 2-component dosing systems as well as maintenance and part exchange at module level is possible. The material components are mixed downstream of the mixing head only in the mixing tube to prevent material hardening in the system components of the mixing head. Your advantages: - repeatable dosing volume even with viscosity and density fluctuations - Processing of low to high viscosity materials with low to very high filler content - Dispenser and mixing head segments can be combined in size due to modularity - standard equipment with dead space-free integrated dosing pressure sensors for online process monitoring - simple assembly/disassembly of the components

▪ Automated emptying system for containers up to approx. 30 liters ▪ Volumetric conveying progressive cavity pump based on the endless piston principle ▪ Pulsation-free and precise emptying and material supply to 1C and 2C dispensing systems ▪ In redundant dosing systems applicable ▪ For medium to high viscosity materials ▪ For structure sensitive, filled, abrasive materials ▪ Application for cylindrical or slightly conical metal and plastic containers ▪ Housing for machine safety and protection against dirt contamination ▪ Automatic retraction and venting the container as well as detection of media surface ▪ 4“-Touch panel with function keys for comfortable setting and parametrization of the system ▪ Externally controllable via Profinet interface ▪ Continuous determination of the position of the follower plate and level monitoring ▪ Adjustable pressure reduction for longer pauses

Working range: Blind rivets up to Ø6.4 mm of all materials /except high strength blind rivets) and BULB-TITE® blind rivets up to Ø7.7 mm of all materials. (max. mandrel Ø 4.3 mm). Technical data: • Radio connection: WiFi 2.4/5.0 GHz and Bluetooth • setting force: 15.000 N • Weight: approx. 2.5 kg incl. battery (2.0 Ah) • Drive: Brushless motor (BLDC) • Device stroke: 25 mm Scope of delivery: • Mouthpieces: 17/32, 17/36, 17/40 and 17/45 Customer benefits: • Safe process due to setting process monitoring • Force/displacement diagram • Optionally up to 3 evaluation windows (WinTech) • Optional pressure monitoring possible • Complete documentation of the process (database) • Status and errors available in the network for maintenance purposes • Quality control takes place during production • Brushless motor, therefore extremely fast and almost wear-free • Flexible use

• Blind rivet sizes from 4.8 mm to 8.0 mm Ø all materials • Rivet body lengths up to 35 mm • Setting head diameter up to 19 mm • Mandrel up to 5.5 mm Ø • Traction power up to 20,000 N at 5 bar air pressure • Conveyor pot filling level display • Operating pressure: 5 bar • Vibration-dampened pressure intensifier attachment • Multiple monitoring of the blind rivet pistol by means of sensors • Industrial control with an 8“ colour display • Conveyor distances of up to 25m are possible when used in fully-automatic production systems • Maintenance display, simple fault diagnosis • Customer-specific software modification is possible • Ideal for applications that do not require any process monitoring • Rivet mandrels are disposed of via a vacuum system • Surface contact trigger optional available • Can be integrated into the system or operated independently • Interface for external memory-programmable control system (SPS) can be realised via the GESIPA®- Interface

The compact low-cost digital pressure gauge DM 10 is battery-powered and has an adjustable housing; it is thus extremely suitable for mobile pressure monitoring. The 4.5-digit LC-display indicates the battery status, the mea-surement value as well as the unit, this enables a fast and precise reading. It is possible to switch between the most common units (bar, psi, Pa, MPa). Additional functions as auto-zero, min / max values and an automatic switching-off complete the DM 10 profile. Features: — nominal pressure: 0 ... 1.6 bar up to 0 ... 250 bar — accuracy: 0.5 % FSO BFSL (class 0.5) — ceramic diaphragm — adjustable housing — LC display, 4.5-digit 7-segment display — standard battery CR 2450 operating period > 1.800h Optional Features: — min / max function with reset function — auto-zero — setting the pressure unit — automatic switch-off cofiguration

Hot press for making sheet from plastic granules, 7inch touch panel, pressure monitoring, water cooled heating plates

Electrical control panel for starting and capacity control of : the compressor, the air dryer, the cooling water system with pump when supplied. Cabinet made of 2mm enamelled plate, protection to IP54 hermetically sealed and containing: Main circuit breaker and fuses. Star delta starter for compressor. Fuses for auxiliary circuits. Safety device to prevent compressor starting against load. Microprocessor description overview Capacity control with fully automatic start and time delayed stop of the compressor. Monitoring of air an oil temperatures on each stage, as well as oil and air pressures. Safety controls. Memorised defect system. Service intervals for maintenance. Details of loaded and total running hours. Simple keypad operation. Multi language message displays. RS485 data communication line for remote control or monitoring. Diagnostics, reprogram, Analog, digital configuration… new model available 2009 sept. Main Selection Monitoring Start control Pressure...

Manometer – Tests and displays internal pressure changes in the cylinder. Monitoring – Tests and displays the pressure change inside the cream dispenser so that it is possible to estimate the amount of gas injected. Ease of Use – Simple and safe operation, specially designed for high volume N2O cylinders. Environmental Friendly – Reused multiple times to avoid waste. Standard Fitting – Suitable for N2O cylinders of various volumes, 0.95L, 1L, 1.1L, 1.5L, 2.2L, 3.3L, etc.

IP67 Explosion Proof 0-700 Bars 4-20ma Measuring Air Oil Water Level Compact Flange Monitor Absolute Pressure Sensor Transmitter

Digital differential pressure gauges and controls are the natural evolution from mechanical differential pressure gauges and are now being used to replace this older technology. Digital differential pressure gauges and controls take advantage of the technology available to offer more features, better performance and in general a more accurate and complete product compared to mechanical differential pressure gauges. Sensocon is the market leader in digital differential pressure gauges and has the most complete offering of products currently available. Our products range from low cost digital differential pressure gauges that are ideal for upgrading existing mechanical gauges to digital differential pressure controllers with relay outputs to all stainless steel room pressure monitors.

Medical device testing is tightly regulated due to the potential severity of an EMC or Safety failure. The term 'medical device' covers a wide range of items and we have extensive experience in testing in this area, covering items such as prosthetic limbs, hospital beds, patient monitors, TENS machines, blood pressure monitors, to name just a few. We are UKAS accredited to test for the Medical standards IEC/EN 60601-1 and IEC/EN 60601-1-2, covering the basic safety and essential performance of medical electrical equipment. We are also UKAS accredited for the following specific medical standards: -IEC 60601-1-11 Particular requirements for medical electrical equipment and medical electrical systems in the home healthcare environment -IEC 60601-2-10 Particular requirements for the safety of nerve and muscle stimulators Using a UKAS accredited laboratory gives manufacturers assurance accuracy, reliability and consistency.

It meets the requirements of the World Health Organization (WHO) guideline as well as the current guideline of the World Federation of Hospital Sterilization Sciences (WFHSS). It provides verifiable sealing action according to EN ISO 116072 and international guide ISO/TS 16775. It documents this in writing with the Validation Report at each first use or when requested. • 4,3” color touchscreen and multilanguage • Login No password or password protected login for 5 users • Interactive monitoring Temperature, pressure and speed control and display on the screen • High speed Capacity to process pouches at 11 m/min • Sealing type and width MultiLine sealing, 14mm. • 9999 product/set memory Expiry date, Bag width and Barcode record for each product/set separately • Straight or reverse writing, permanent, temporary counter and countdown, LOT, CE, STEAM, VH2O2, EO, LTSF, STERILE symbols and Barcode • WriteMatic® Ability to print long texts by fitting the width of the pouch

It meets the requirements of the World Health Organization (WHO) guideline as well as the current guideline of the World Federation of Hospital Sterilization Sciences (WFHSS). It provides verifiable sealing action according to EN ISO 116072 and international guide ISO/TS 16775. It documents this in writing with the Validation Report at each first use or when requested. • Computerbased, 7” color touchscreen and multilanguage • Login No password or password protected login for 5 users • Interactive monitoring Temperature, pressure and speed control and display on the screen • High speed Capacity to process pouches at 10 / 12 / 14 or 16 m/min • Sealing type and width MultiLine sealing, 14mm. • 9999 product/set memory Expiry date, Bag width and Barcode record for each product/set separately

Membrane and bladder accumulators are important components of modern hydraulic systems. Monitoring the nitrogen pressure level is becoming ever more important for ensuring correct operation. The STAUFF Accumulator Adaptor together with the PT-RF pressure sensors allow maintenance personal to quickly and easily check the accumulator pressure without pressure loss. Pressure values, serial numbers, date and time will automatically be stored in the memory of the reader and then easily and conveniently read out on the PC later on. For this, the Accumulator Adaptor is screwed onto the nitrogene connection of the accumulator and a PT-RF pressure sensor is attached at the side. ▪ max. Pressure: 400 bar / 5801 PSI ▪ Burst Pressure: 1600 bar / 23206 PSI ▪ Sealing Material: NBR (Buna-N®)

General Information The STAUFF SPG-DIGI digital pressure gauges are designed for digital measurement and display of pressure in hydraulic systems, especially for oils, lubricants and water. Current measured values as well as min and max values can be displayed with a precision of 0.5% of the full scale value. The SPG-DIGI is optionally available in the USB version, equipped with an internal data memory. A measurement started on the measuring device is automatically stored in the internal data memory in the universal .csv file format. The measurement data can then be transferred to the PC using the supplied mini USB cable. The device shows up on the PC as a USB data storage medium, so that no additional software is required for transferring the data. This allows easy export of the data, e.g. into Microsoft Excel®. The measurement data are stored in the internal memory with a resolution of up to 100 ms for short measurements and a pressure peak monitoring of 10 ms. Up to ten...

The Series 104 Differential Pressure Switch is a low-cost easy to use switch for very low pressure applications. The switch can monitor positive, negative, or differential pressure and with an easy to adjust set point knob makes field set up and adjustment hassle free. The differential pressure switch includes a SPDT relay rated for 2A @ 250V and can be set as low as 0.08" w.c. (20 Pa).

The NEW INFICON Vacuum Gauge Controller VGC083 is designed for use with passive gauge heads BAG05x and PGE050 in a fixed combination of two PGE050 gauges and one BAG05x gauge. The VGC083 controlls and monitors vacuum pressure from ATM down to 2.7×10 -11mbar using the BAG and PGE gauges. Six (6) single-pole relays assignable to any of the gauge heads along with RS232 and RS485 interfaces aid in system integration. The rugged industrial design of the VGC083 in combination with the passive gauge heads provide a reliable and economical system for vacuum applications requiring a wide vacuum measurement range. Simple operation with special OLED display for parameter, sensor or general settings with softkeys Very bright and clear LED display for long distance vacuum pressure read-out Three analog outputs, user assignable to any of the gauges Degas electron bombardment or I 2R resistive heating for gauge conditioning depending on gauge head type Remote digital I/O sensor & emission...

Pipe Network Monitoring The DK680 is a robust data logger for measuring pressure in gases or water, and optionally also for measuring temperature. When monitoring pressure in pipe networks the device can detect short-term fluctuations as well as long-term changes in pressure thanks to a sampling interval between 8 Hz and 24 hours. Applications · Pipe network analysis · Interference analysis in pipelines · Leakage Tests · Pipe nework monitoring · Monitoring in air pressure systems Features · Robust pressur data logger · 3x optional programmable input channels, e. g. for temperature, voltage/current, pulse · Direct measurements on LCD · Excellent measuring accurcy · Large memory capacity for up to 4 million readings · USB interface · Sampling interval programmable from 8 Hz tp 24 hrs · Battery life up to 8 years · "Stop-when-full" or "continuous" logging modes · LED indicators for alarm conditions

Filltech's most advanced pumping technology: High-end CO 2/N 2O pump designed for automatic redundancy and fail-over Highlights Intelligent interoperability with any Filltech filling station Optimized energy consumption Complete plug & Play system ready for instant connection Safe operation through intelligent monitoring: pressure, temperature, leakage Low noise emission Application ready: filling, dozing, transfer, supply Joint pumps for flow-rates up to 6 tons Remote operations: Monitoring, remote control, power control Technical Data Capacity: 400 - 1500 kg/h, 6-25 lpm, 1.7 -6.6 gpm Power supply: 3 x 400V / 50 Hz, opt 120 / 208V, opt. 277 / 480V/60Hz, 3-phase Power consumption: 1.5 to + 4 kW/h (dep. on pump size) Dimensions (LxWxH): 900 x 900 x 1670 mm / 35 x 35 x 66 in. Pump Triplex plunger pump NP 25/50 – 25/70 Motor: Belt drive Construction characteristics CO 2 supply: liquid from tank system Ring- or stub lines Automatic start cycle Pressure supply needed for valve: 8 b

PROCONTROL Precise metering and constant pressure of sealing water (p = 1 bar above media pressure) - environmental protection and cost reduction in fact of reduced seal water consumption Flow and pressure monitoring - protects the aggregate from failing (inductive alarm system) Stable and compact construction guarantees safety and simple handling Corrosion and temperature resistant Displays are easy to read and clean With an inductive switch (special component) alarm system can be used. Technical parameters Flow range 0.5 up to 1.5 ltr/min 0.5 up to 3.0 ltr/min 1.0 up to 8.0 ltr/min 2.0 up to 15.0 ltr/min Temperature: t = … +80 °C Pressure: p = 10 bar (Option 25) Main application Pumps with mechanical seals with flush port Stuffing box packings with lantern rings Suitable for All Industries Accessories and options Pressure valve for creating blocking pressure Pressure Gauge Stand Inductive switch Hoses, connecting...

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The Flow-Trigger™ is an industrial flow switch designed and calibrated to confirm minimum or maximum flow rate within a pipeline. The Flow-Trigger™ combines a fully calibrated flow orifice and an explosion proof differential pressure switch to reliably monitor gas flow within the most demanding hazardous industrial environments. The Flow-Trigger™ is designed to be suitable for use with most industrial gases including hydrocarbons and corrosives like ammonia. Every Flow-Trigger™ comes complete with an orifice calibration curve and is preset to trigger at the desired set point based on the provided inlet gas specifications. The switch is field adjustable (+/- 40% of initial flow set point) after installation so that it can be fine tuned to meet specific application requirements. The Flow-Trigger™ is designed to be easily installed directly into a gas pipeline and comes complete with the required inlet and outlet pipe to maintain calibration accuracy.

- Quality control and safeguarding - Individual test values and criteria - Customer-specific measuring and testing plants - Single measuring systems with manual assembly - Fully integrated and automated testing plants using robots - Optical, acoustic or electrical systems with/ without parts contact, data preparation, analysis Measuring and testing systems we were involved in: - Camera systems with corresponding image processing - Part recognition, positioning, color and surface examination, checking for damages - Optical / tactile / ultrasonic tests using sensors and displacement measurement systems - Leakage and pressure tests - Inspection and monitoring of filling level - Run-out properties and accuracy - Backlash measurement - Electrical tests and measurements - Electrical values, check measurements, switching and opening properties Used in all branches: e.g. pharmaceuticals industry, medical engineering, cosmetics, electronics and automotive industries.