Energid Instruments

Incorporated in the TABER V-5 Stiffness Tester is a bi-directional pendulum weighing system. Providing an accurate and responsive method for measuring small load increments, this system is a critical component for determining material stiffness or resiliency. Nine (9) distinct ranges permit testing of materials that are extremely lightweight and flexible (such as cellophane or thin metallic foils) to items that are very rigid (such as plastics).For test ranges 2 - 9, specimens are mounted on the Taber V-5 Stiffness Tester using a clamping system. Located on the pendulum, the lower faces of the specimen clamp jaws are exactly on the center of rotation. This ensures a constant test length and deflection angle for accurate and repeatable results. Both jaws of the specimen clamp are adjustable, so the test specimen can be positioned precisely in the center regardless of material thickness. Force is applied to the lower end of the specimen by a pair of rollers. The rollers, which are attached to a driving disc located directly behind the pendulum, push against the test specimen and deflect it from its vertical position. The pendulum applies increasing torque to the specimen as it deflects further from its original position. The test point reading occurs when the pendulum mark aligns with the appropriate driving disc mark (7 1/2° or 15°), which points to the stiffness reading on the dial point. The final reading will depend on the range in which the test is being conducted and what scaling factor to use. The instrument outputs the moment load applied to the test specimen in TABER Stiffness Units (g · cm).Note: The right hand roller includes a ratchet stop mechanism that greatly reduces the potential for inter-operator error caused by over or under-tightening. The travel on the right hand assembly automatically stops when the roller contacts the specimen.To allow the testing of materials with different stiffness properties, range weights can be applied to the pendulum. For extremely light weight materials, a compensator range weight is mounted to the top of the pendulum. Range weights of 500, 1000 and 2000 "Taber Units" are mounted to the bottom of the pendulum and required for stiffer materials. An optional range weight set of 3000 and 5000 Taber units is required for test ranges 7, 8 and 9.Range 1 is used with Taber's optional Sensitivity Range Attachment (also referred to as SR or High Sensitivity Attachment) to test extremely lightweight and flexible materials whose Taber Stiffness Unit value are between 0 - 1. Examples include cellophane, natural fibres and synthetic filaments, tissue paper, metallic foils, films, etc. The attachment includes two parts, the Driven Pins Holder which is secured between the clamp jaws, and the Driving Pins Holder which is mounted to the studs in place of the left and right hand rollers. Both parts include precision pins that are oriented horizontal to the face of the V-5 Stiffness Tester. A specimen 1 1/2" x 1 1/2" is mounted such that the second and fourth pins are above the specimen. As the driving disc rotates, the fourth pin of the Driving Pins Holder pushes down on the specimen while the first pin pushes up. As the sample is deflected, the Driven Pins Holder aligns the pendulum to the appropriate stiffness value. For Range 1, the specimen is only deflected to the right.Many customers have also utilized the Taber V-5 Stiffness Tester to evaluate wire and cable stiffness characteristics. The tester now incorporates a "v-notch" in the clamps to accommodate this testing. Suggested samples are 70mm long and 3mm - 8mm in diameter, and centered in the notch with care so as to not pinch or crimp the sample. For wire and cable samples less than 3mm diameter, it is recommended to secure the sample at a location in the flat region of the clamp. Samples with curvature may interfere with proper set-up and function of the Stiffness tester and should be avoided. In addition, test results obtained should be used for comparison only - that is, between lots, between materials, etc.

Incorporated in the TABER V-5 Stiffness Tester is a bi-directional pendulum weighing system. Providing an accurate and responsive method for measuring small load increments, this system is a critical component for determining material stiffness or resiliency. Nine (9) distinct ranges permit testing of materials that are extremely lightweight and flexible (such as cellophane or thin metallic foils) to items that are very rigid (such as plastics).For test ranges 2 - 9, specimens are mounted on the Taber V-5 Stiffness Tester using a clamping system. Located on the pendulum, the lower faces of the specimen clamp jaws are exactly on the center of rotation. This ensures a constant test length and deflection angle for accurate and repeatable results. Both jaws of the specimen clamp are adjustable, so the test specimen can be positioned precisely in the center regardless of material thickness. Force is applied to the lower end of the specimen by a pair of rollers. The rollers, which are attached to a driving disc located directly behind the pendulum, push against the test specimen and deflect it from its vertical position. The pendulum applies increasing torque to the specimen as it deflects further from its original position. The test point reading occurs when the pendulum mark aligns with the appropriate driving disc mark (7 1/2° or 15°), which points to the stiffness reading on the dial point. The final reading will depend on the range in which the test is being conducted and what scaling factor to use. The instrument outputs the moment load applied to the test specimen in TABER Stiffness Units (g · cm).Note: The right hand roller includes a ratchet stop mechanism that greatly reduces the potential for inter-operator error caused by over or under-tightening. The travel on the right hand assembly automatically stops when the roller contacts the specimen.To allow the testing of materials with different stiffness properties, range weights can be applied to the pendulum. For extremely light weight materials, a compensator range weight is mounted to the top of the pendulum. Range weights of 500, 1000 and 2000 "Taber Units" are mounted to the bottom of the pendulum and required for stiffer materials. An optional range weight set of 3000 and 5000 Taber units is required for test ranges 7, 8 and 9.Range 1 is used with Taber's optional Sensitivity Range Attachment (also referred to as SR or High Sensitivity Attachment) to test extremely lightweight and flexible materials whose Taber Stiffness Unit value are between 0 - 1. Examples include cellophane, natural fibres and synthetic filaments, tissue paper, metallic foils, films, etc. The attachment includes two parts, the Driven Pins Holder which is secured between the clamp jaws, and the Driving Pins Holder which is mounted to the studs in place of the left and right hand rollers. Both parts include precision pins that are oriented horizontal to the face of the V-5 Stiffness Tester. A specimen 1 1/2" x 1 1/2" is mounted such that the second and fourth pins are above the specimen. As the driving disc rotates, the fourth pin of the Driving Pins Holder pushes down on the specimen while the first pin pushes up. As the sample is deflected, the Driven Pins Holder aligns the pendulum to the appropriate stiffness value. For Range 1, the specimen is only deflected to the right.Many customers have also utilized the Taber V-5 Stiffness Tester to evaluate wire and cable stiffness characteristics. The tester now incorporates a "v-notch" in the clamps to accommodate this testing. Suggested samples are 70mm long and 3mm - 8mm in diameter, and centered in the notch with care so as to not pinch or crimp the sample. For wire and cable samples less than 3mm diameter, it is recommended to secure the sample at a location in the flat region of the clamp. Samples with curvature may interfere with proper set-up and function of the Stiffness tester and should be avoided. In addition, test results obtained should be used for comparison only - that is, between lots, between materials, etc.

The IQ150 is programmed to display clearly worded prompts which allows operators to not need instructional manuals.The IQ150 measures density and computes density difference, dot area, and dot gain. The densitometer simultaneously displays all the filters densities showing the major filter in large lettering. The IQ150 Densitometer, engineered with the latest in software technology, is so easy to use that an operator's manual isn't even needed! Yet, the affordable IQ150 fulfills your press and pre-press quality control needs with precision. It quickly and easily computes the main densitometric functions: density, density difference, dot area and dot gain. The IQ150 Densitometer has proven itself an indispensable workhorse for printers. No other portable densitometer available today can offer so much, so consistently, at so reasonable a price. Available functions: Density, Density Difference, Dot Area and Dot Gain. Simultaneous display of all filter densities: Shows the major filter value in large characters; the three minor values are shown smaller. Plainly worded, self-guiding prompts: Simple directions appear on the display; no complicated operating instructions or training manuals to study. Large, high-contrast display area: Easy-to-read display can be viewed from virtually any angle. Murray-Davies and Yule-Nielsen dot area calculations: Switch between equations at the touch of a button. Convenient one-hand operation: All densitometric functions are quickly and easily accessed through one button. Automatic turnoff: Saves battery by shutting off after 90 seconds of non-use. Several thousand readings per battery charge: Also runs from the A.C. adapter/charger. RS-232 output port: Use with a printer for reports, or a computer for analysis or data storage. Selectable manual or automatic transfer. Easy software calibration: Eliminates trial-and-error screwdriver adjustments. Available in French or Spanish: Displays all user prompts in the selected language.

The TBX1000C insures consistent process control in the manufacturing of films, laminates, and substrates. It measures density and density difference of either color or black and white substrates. Single-Step measurement of Color, UV, or IR Transmission Optical DensityThe TBX1000C(tm) Color Transmission Densitometer insures consistent process control in the manufacture of films, laminates, and substrates. The TBX1000C, with Status A (Status M on request), measures density and density difference of either color or black & white substrate with a great degree of accuracy and precision. Status A is used for reading positives, such as transparencies and prints. Status M for reading negatives. The unit has the capability of reading up to three color filters, plus visual. Custom filter set, including for measuring infrared and ultraviolet, can be used. The different filters are easily selected by rotating the knob at the end of the probe. The unit has both an absolute mode and a relative mode, which can be used for comparing the measured values to a previously stored value for consistent process control. Transmission Densitometer/Opacity Meter measures and calculates percent opacity, percent transmission, and transmission optical density. There is no more need to figure the percentages manually. The unit has been designed for user convenience and error-free measurement. The data can be uploaded to a spreadsheet via the USB port using an optional data transfer program (p/n A2128). Measures density and density difference Use for color or black & white substrates Soft key menu operation 7.5 inch throat to measure large samples Accurate repeatable readings Software Calibration Switchable LED table lamps Takes RGB readings using Status A filter set Status M and custom filters upon request Easy selectable filters USB port Data capture program available.

This table top densitometer displays transmission percent opacity and optical density. Single-Step measurement of %Opacity, %Transmission, and Transmission Optical Density The Tobias TBX2000™ Transmission Densitometer/Opacity Meter measures and calculates percent opacity, percent transmission, and transmission optical density. The unit has been designed for user convenience and error-free measurement. There is no more need to figure the percentages manually. The data can be uploaded to a spreadsheet via the USB port using an optional data transfer program (p/n A2128). To meet special requirements an optional filter carrier may be used allowing supplementary filters to isolate a portion of the spectrum that may be of interest.The TBX2000 has been designed for user convenience and error-free measurement. Table illumination facilitates film placement and the entire operation requires only one hand, leaving the other free for note taking or sample repositioning.Plastic materials are easily read where both the percent opacity and the percentage of light that is not transmitted through the material can be displayed. The unit can also display the density values when required. The unit has both an absolute mode and a relative mode, which can be used for comparing the measured values to a previously stored value for consistent process control. Soft key menu operation 7 inch throat to measure large samples Readings are very repeatable with a large degree of accuracy Calculates opacity and transmission percentage values automatically Can display the density values. USB port standard Software calibration Optional band pass filter Switchable LED table lamps Cost effective and affordable quality control system

These table top densitometers display transmission density and density difference. The TBX1500 also calculates positive and negative dot areas. Single-Step measurement of Transmission Optical Density and Optical Dot Area The Tobias TBX1000™ and TBX1500™ Transmission Densitometers measures transmission optical density. The TBX1500 also calculates positive and negative dot area. The unite have been designed for user convenience and error-free measurement. The data can be uploaded to a spreadsheet via the USB port using an optional data transfer program (p/n A2128). To meet special requirements an optional filter carrier may be used allowing supplementary filters to isolate a portion of the spectrum that may be of interest. The TBX1000 and TBX1500 have been designed for user convenience and error-free measurement. Table illumination facilitates film placement and the entire operation requires only one hand, leaving the other free for note taking or sample repositioning. The unit has both an absolute mode and a relative mode, which can be used for comparing the measured values to a previously stored value for consistent process control. B&W transmission densities Calculates positive and negative dot area (TBX1500) Soft key menu operation 7 inch throat to measure large samples Readings are very repeatable with a large degree of accuracy USB port standard Software calibration Optional band pass filter Switchable LED table lamps Cost effective and affordable quality control system