999,90 €
Price excl. VAT &. delivery
The Weighing Platform PCE-RS 2000 is designed for stationary use. The robust construction makes this Weighing Platform particularly well suited for weighing large objects. The Weighing Platform is made of painted steel.
The PCE-DDM 3WI Weighing Hook is the ideal tool for weighing big loads and for measuring strong tensile forces. The weighing hooks are delivered in a protective carrying case and includes two shackles made of heavy-duty aluminum. The instrument is manufacturer calibrated, but can be certified to ISO standards for an additional fee.
The industrial scale for silos - fill level - removal - monitoring - offers the possibility to ensure the supply of a production facility effectively and reliably. The industrial scale for container monitoring can not only monitor the current filling level of the container but also the continuous weight loss.
The industrial scale for silos - fill level - removal - monitoring - offers the possibility to ensure the supply of a production facility effectively and reliably. The industrial scale for container monitoring can not only monitor the current filling level of the container but also the continuous weight loss.
The industrial scale for silos - fill level - removal - monitoring - offers the possibility to ensure the supply of a production facility effectively and reliably. The industrial scale for container monitoring can not only monitor the current filling level of the container but also the continuous weight loss.
The industrial scale for silos - fill level - removal - monitoring - offers the possibility to ensure the supply of a production facility effectively and reliably. The industrial scale for container monitoring can not only monitor the current filling level of the container but also the continuous weight loss.
The parcel scale PCE-RS 2000 is designed for stationary use. The robust construction makes this parcel scale particularly well suited for weighing large objects. The parcel scale is made of painted steel.
The pallet scale PCE-RS 2000 is designed for stationary use. The robust construction makes this pallet scale particularly well suited for weighing large objects. The pallet scale is made of painted steel.
The shipping scale PCE-RS 2000 is designed for stationary use. The robust construction makes this shipping scale particularly well suited for weighing large objects. The shipping scale is made of painted steel.
The floor scale PCE-RS 2000 is designed for stationary use. The robust construction makes this floor scale particularly well suited for weighing large objects. The floor scale is made of painted steel.
The industrial scales PCE-RS 2000 are designed for stationary use. The robust construction makes this industry scales particularly well suited for weighing large objects. The industrial scales are made of painted steel.
The platform scale PCE-RS 2000 is designed for stationary use. The robust construction makes this platform scale particularly well suited for weighing large objects. The platform scale is made of painted steel.
The heavy duty scale is designed for stationary use. The robust construction makes this heavy duty scale particularly well suited for weighing large objects. The heavy duty scale is made of painted steel.
The PCE-DDM 3WI Crane Scale is the ideal tool for weighing big loads and for measuring strong tensile forces. The PCE-DDM 3WI Crane Scale is delivered in a protective carrying case and includes two shackles made of heavy-duty aluminum. The instrument is manufacturer calibrated, but can be certified to ISO standards for an additional fee.
The suspended scale is the ideal tool for weighing big loads and for measuring strong tensile forces. The suspended scale is delivered in a protective carrying case and includes two shackles made of heavy-duty aluminum. The instrument is manufacturer calibrated, but can be certified to ISO standards for an additional fee.
The PCE-DDM 3WI Hanging Scales are the ideal tool for weighing big loads and for measuring strong tensile forces. The hanging scales are delivered in a protective carrying case and includes two shackles made of heavy-duty aluminum. The instrument is manufacturer calibrated, but can be certified to ISO standards for an additional fee.
The weighbridge PCE-RS 2000 is designed for stationary use. The robust construction makes this weighbridge particularly well suited for weighing large objects. The weighbridge is made of painted steel.
The force gage is ideal for mobile tensile measurements, such as those carried out by surveyors. Quality materials are used in the manufacture of the tension force gage. Despite the high measuring capacity, these materials enable a compact design with a low weight.
The tension load cell is ideal for mobile tensile measurements, such as those carried out by surveyors. Quality materials are used in the manufacture of the tension load cell. Despite the high measuring capacity, these materials enable a compact design with a low weight.
The PCE-DDM 3WI Force Gauge is the ideal tool for measuring strong tensile forces. The PCE-DDM 3WI Force Gauge is delivered in a protective carrying case and includes two shackles made of heavy-duty aluminum. The instrument is manufacturer calibrated, but can be certified to ISO standards for an additional fee.
The Leeb Metal Hardness Tester PCE-900-ICA measures the hardness of nine different metals using the Leeb rebound method. This means that with the material hardness tester a firing pin bounces on a metallic surface and the intensity of the rebound is used as an indicator of the material hardness. The Metal Hardness Tester measures the metal hardness in 6 different hardness scales.
The Leeb Surface Testing PCE-900-ICA measures the hardness of nine different metals using the Leeb rebound method. This means that with the Surface Testing a firing pin bounces on a metallic surface and the intensity of the rebound is used as an indicator of the material hardness. The Surface Testing measures the metal hardness in 6 different hardness scales.
The Leeb Material Hardness Tester for Metal PCE-900-ICA measures the hardness of nine different metals using the Leeb rebound method. This means that with the material hardness tester a firing pin bounces on a metallic surface and the intensity of the rebound is used as an indicator of the material hardness. The Material Hardness Tester for Metal measures the metal hardness in 6 different hardness scales.
The Metal Hardness Testing Durometer PCE-900-ICA measures the hardness of nine different metals using the Leeb rebound method. This means that with the material hardness tester a firing pin bounces on a metallic surface and the intensity of the rebound is used as an indicator of the material hardness. The Metal Hardness Testing Durometer measures the metal hardness in 6 different hardness scales.
The PCE Instruments PCE-2000N durometer uses the Leeb rebound method. This is a dynamic hardness test method in which a standardized test specimen, usually a hard metal ball, is hit with defined impact energy on a test surface.
PCE-RVI 1 is an analogue viscometer or dial reading viscometer used in industrial and research applications to measure the viscosity of fluids such as paints, lacquers, inks, pastes, adhesives, plastics, greases and liquid food products. Under identical conditions, test results from an analogue viscometer are as accurate and reproducible as results from a digital viscometer. Thus, the PCE-RVI 1 analogue viscometer offers an affordable solution for viscosity measurement during product and material testing, development, production and quality control.
The Leeb Portable Metal Hardness Tester PCE-900-ICA measures the hardness of nine different metals using the Leeb rebound method. This means that with the material hardness tester a firing pin bounces on a metallic surface and the intensity of the rebound is used as an indicator of the material hardness. The Portable Metal Hardness Tester measures the metal hardness in 6 different hardness scales.
PCE-1000N is a portable handheld Material Tester used to measure the hardness of pure aluminum, soft aluminum, thick aluminum alloy and aluminum sheets, strips, rods, castings and forgings. The hardness of fiber-reinforced (FRP) plastics, glass-reinforced (GRP) plastics, hard plastics and soft metals (such as copper or lead) also can be tested using this battery-powered digital Barcol impressor hardness meter.
The Condition Monitoring Metal Hardness Tester measures the hardness of nine different metals using the Leeb rebound method. This means that with the Condition Monitoring Metal Hardness Tester a firing pin bounces on a metallic surface and the intensity of the rebound is used as an indicator of the material hardness. The Condition Monitoring Metal Hardness Tester measures the metal hardness in 6 different hardness scales.
PCE-1000N is a portable handheld Barcol hardness tester used to measure the hardness of pure aluminum, soft aluminum, thick aluminum alloy and aluminum sheets, strips, rods, castings and forgings. The hardness of fiber-reinforced (FRP) plastics, glass-reinforced (GRP) plastics, hard plastics and soft metals (such as copper or lead) also can be tested using this battery-powered digital Barcol impressor hardness meter.
PCE-1000N is a portable handheld Barcol hardness tester used to measure the hardness of pure aluminum, soft aluminum, thick aluminum alloy and aluminum sheets, strips, rods, castings and forgings. The hardness of fiber-reinforced (FRP) plastics, glass-reinforced (GRP) plastics, hard plastics and soft metals (such as copper or lead) also can be tested using this battery-powered digital Barcol impressor hardness meter.
PCE-1000N is a portable handheld Barcol hardness tester used to measure the hardness of pure aluminum, soft aluminum, thick aluminum alloy and aluminum sheets, strips, rods, castings and forgings. The hardness of fiber-reinforced (FRP) plastics, glass-reinforced (GRP) plastics, hard plastics and soft metals (such as copper or lead) also can be tested using this battery-powered digital Barcol impressor hardness meter.