The moisture analyzer is a sensor for measuring moisture of sand and liquids consisting of a central probe surrounded by four other probes. The probes and sensor housing are made of stainless steel AISI 321. Our moisture analyzer is ideally suited for installation in tanks with liquid materials such as fuel oil, sludge from cement production, and fuels (CWF).
- Readability mass fraction of water: 0 ... 100 % - Moisture measurement range: 0.1 ... 100 % water content in sand and liquids (water mass fraction) - Max. permissible absolute error moisture measurement: Varies by material, lab test required - Temperature range: +5 ... +80 °C
For industrial continuous production of wood pellets, chips, sawdust and similar materials when in-line moisture measurement for monitoring and controlling the drying and mixing process is important. Consistent quality of every batch, reduction of the consumption of materials, and shortest possible drying and mixing times are the criteria which are important in materials production. The PCE-MWM 210 moisture test sensor of PCE Instruments helps meet those criteria through highly accurate moisture measurement.
- Measuring range: 0 ... 100% - The maximum permissible error (absolute): Lab analysis of your sample determines % error - Temperature range: +5 ... +80 °C (+41 ... +176 °F) - Questionnaire starts evaluation process
Moisture analyzer for liquid materials are used in boiler installations, water-dosing and diesel oil emulsion dispersion systems. The scope of supply can include the control cabinet to operate the valves regulating water feed. The moisture Analyzer for liquid materials has a processing unit with RS232/RS485 interfaces.
- Measurement range: 0 ... 100 % moisture in pumped liquids - Absolute error of the measurement: Δ= 0,035 +0,05·W - Temperature measurement range: -40 ... +150 °C
VHF-Band Moisture Analyzer Crushed Stone, Gravel, Ore (conveyor). The device is resistant to corrosion (stainless steel and dielectric materials) and can operate in the conditions deviating from the norm, for example, at temperatures of 145 °C. The moisture analyzer probe can be mounted on the walls in the hoppers, in pipelines or on trays in conveyors. Due to pluggable design this version of the moisture analyzer can also be used for soil moisture control.
- Measurement range: 0 ... 100 % - Limits of error: <0.5% below 10% moisture - Range of working temperatures: 0 ... +90 °C (industrial version) 0 ... +115 °C (extended temperature range) 0 ... +250 °C (drying kilns)
Designed specifically for use in moisture measurement of various bulk materials, these moisture analyzing test instruments are installed in bins, silos, troughs, bunkers, distributors, augers, and conveyors. Material in bulk or flowing mass, such as fibrous materials, gravel, sawdust, fly ash (mineral), wood chips (surface to 5 cm) feed grain, flour, seed, pastes, ... is continuously measurable.
- Stainless sensor rod (250 mm length)
- Lab analysis of your sample determines % error - Measuring range: 0 ... 100% - Material temperature range: -0 ... +80 °C (+41 ... +176 °F) - Analog and digital signal output
Suitable for determining the humidity of bulk substances, this moisture test instrument can be fitted into containers and systems such as troughs,
bunkers, distributors, augers, conveyors, bins and silos. This permits
24/7 moisture measurement of fibrous materials, sawdust, gravel, fly ash
(mineral), wood chips (surface to 5 cm) feed grain, flour, pastes,
seed, or similar bulk or flowing substances. These test instruments / test sensors are mainly for use in manufacturing processes to give the opportunity of process optimization to the manufacturer or to insure the moisture content of the final product.
- PCE-MWM 240-B Rod sensor (custom length 500 ... 1500 mm) - Lab analysis of your sample determines % error - Measuring range: 0 ... 100% - Material temperature range: -0 ... +80 °C (+41 ... +176 °F) - Analog and digital signal output
For industrial continuous production of wood pellets, chips, sawdust and similar materials when on-line moisture measurement for monitoring and controlling the drying and mixing process is important. Consistent quality of every batch, reduction of the consumption of materials, and shortest possible drying and mixing times are the criteria which are important in materials production. The PCE-MWM 300P moisture test sensor of PCE Instruments helps meet those criteria through highly accurate moisture measurement.
- Measuring range: 0 ... 100% - The maximum permissible error (absolute): Lab analysis of your sample determines % error - Temperature range: -40 ... +150 °C (-40 ... +302 °F) - Current consumption: 200 mA - Power supply : 24 (18 ... 36) VDC - Questionnaire starts evaluation process - Application: pellets, wood chips
The pressure gauge has a two-line display. The pressure gauge can represent pressures up to 600 bar, relative or absolute. The parts of the pressure gauge that come in contact with liquids are made of stainless steel. These test instruments are calibrated by the manufacturer. An ISO calibration certificate is an option.
PCE-HT-225A is a heavy-duty roll hardness tester or concrete test hammer, also called a paper roll rebound hammer or Swiss hammer, used to measure surface hardness and material compression strength. Suitable for use with rolled paper, concrete, rock and building materials, this rugged, manufacturer-calibrated rebound hammer is both easy to use and built to last.
- Test range: 10 ... 60 MPa or 100 ... 600 kg/cm² or 1450 ... 8702 psi - Impact energy: 2.207 J or N-m / 0.225 kgf.m / 1.6278 ft-lb or Type N
- Impact stroke: 75 ± 0.3 mm / 2.95 ± 0.012 in
- Radius of spherical tip: 25 ± 1 mm / 0.99 ± 0.04 in - kg/cm², psi, and MPa conversion tables - Optional test anvil to verify accuracy listed under accessories
PCE-T236 is a digital handheld tachometer or rotation test instrument for both contact and non-contact measurement. This tachometer measures rotation speed as well as linear or surface speed, displaying units in rpm, m/min or ft/min. A unique feature of this tachometer is that the orientation of the 5-digit LCD screen automatically rotates 180° to accommodate either contact or non-contact measurement.
The Temperature Test Instrument PCE-779N measures temperatures quickly and without contact. The temperature test instrument can be used for almost all surfaces. The emissivity of these temperature test instruments is adjustable over the range of 0.1 ... 1.0. The meter has various measurement functions such as max, min and average measurement. Each instrument comes manufacturer calibrated and can be certified according to the ISO standards as an option. In general our laboratory adjusts the temperature meter to two (linear) temperature points.
PCE-FD 20 is a portable ultrasonic tester or ultrasonic thickness gauge with a large LCD screen that displays A-scan maps of ultrasonic signals as well as B-scan cross sections. Ideal for use in mechanical engineering, aerospace and metallurgical applications, this high-frequency ultrasound-based thickness meter uses a contact transducer (two different probes included; 45° and 90°) to measure material thickness and identify flaws and defects such as discontinuity in welds. These test instruments are calibrated by the manufacturer. An ISO calibration certificate is an option.
- Operating frequency range: 1 ... 10 MHz - Measured time interval range: 6 ... 1000 microseconds (µs) - Sound velocity: 1000 ... 9999 m/s
PCE-TDS 100H is a portable handheld clamp-on ultrasonic flow test instrument or meter used for non-invasive, unobstructed and highly accurate measurements of the flow velocity of liquids in metal, plastic and rubber pipes and tubes with a diameter of 57 … 720 mm / approx. 2 ... 28 in. Software sold separately - see accessories for details.
PCE-TDS 100HS is a portable handheld clamp-on ultrasonic flow test instrument or meter used for non-invasive, unobstructed and highly accurate measurements of the flow velocity of liquids in metal, plastic and rubber pipes and tubes with a diameter of 20 … 108 mm / approx. 3/4 in ... 4in. Software sold separately - see accessories for details.
With our ultrasonic flow test instrument, you have the capability to measure flow rates from ±0.1 m/s to ±5 m/s. The ultrasonic flow test instrument is suitable for small pipes with a diameter of DN10 / 3/8"and various pipe materials such as steel, copper, aluminum, and plastics.
With our ultrasonic flow test instrument, you have the capability to measure flow rates from ±0.1 m/s to ±5 m/s. The ultrasonic flow test instrument is suitable for small pipes with a diameter of DN15 / 1/2"and various pipe materials such as steel, copper, aluminum, and plastics.
With our ultrasonic flow test instrument, you have the capability to measure flow rates from ±0.1 m/s to ±5 m/s. The ultrasonic flow test instrument is suitable for small pipes with a diameter of DN20 / 3/4"and various pipe materials such as steel, copper, aluminum, and plastics.
With our ultrasonic flow test instrument, you have the capability to measure flow rates from ±0.1 m/s to ±5 m/s. The ultrasonic flow test instrument is suitable for small pipes with a diameter of DN25 / 1"and various pipe materials such as steel, copper, aluminum, and plastics.
PCE Instruments offers a wide range of stock products. However, despite an extensive selection of stock product offerings, sometimes a custom product is required to satisfy the specific requirements of a new, groundbreaking or special application.
Are you looking for custom test instruments?
Look no further than PCE Instruments. The DIN EN ISO 9001-certified PCE Product and Development Company GmbH produces customized test instruments tailored to meet the unique needs of a diverse customer base. By capitalizing on the expert knowledge and extensive experience of PCE’s industry-leading engineers and technicians to create custom-built test instruments, customers obtain measuring devices designed specifically for the task at hand.
Throughout the design, development and production process, PCE's engineers and technicians work hand-in-hand with each customer to ensure the final test instrument exceeds expectations. Specifications are clearly defined from the start of the project. Sensors, microprocessors and other electronic components are sourced from high-quality suppliers. Software is written to best support the customer's systems, processes and procedures. Qualified calibration laboratories are tasked with verifying the measurement accuracy of the custom test instrument, and rigorous testing is conducted to make certain that the device will function properly under the anticipated operating conditions.
If you are interested in pursuing the creation of a custom test instrument designed to accommodate an unusual or highly specialized measuring task, please contact the friendly and knowledgable staff at info@industrial-needs.com or +44 (0) 161-464902-5 for PCE Instruments UK, or at info@pce-americas.com or +1 (561) 320-9162 for PCE Americas Inc.
engineers and technicians to create custom-built test instruments, customers obtain measuring devices designed specifically for the task at hand.