Engineered for Quality and Reliability Type 150-T Taber V-5 Stiffness Tester 362-T ® A bi-directional pendulum weighing system provides an accurate and responsive method for measuring small load increments to evaluate the resistance to bending. Force is applied to the lower end of the specimen by rollers attached to the driving disc. Located directly behind the pendulum, the driving disc pushes the rollers at a constant rate against the specimen which deflects it from its vertical position. The pendulum applies increasing torque to the specimen as it deflects further from the vertical. The test point reading occurs when the pendulum mark aligns with the appropriate driving disc mark (7.5° or 15°) which points to the stiffness reading on the fixed annular disc. The V-5 Stiffness Tester can test paper and paperboard along with other sheet materials or wire. STANDARD FEATURES CD OPERATOR TOUCH SCREEN INTERFACE L WITH SELECTABLE DISPLAY OPTIONS GRAPHIC DISPLAY OF TEST RANGE SET-UP TEST SPECIMENS UP TO 7.5 MM THICK NINE (9) DISTINCT RANGES REDETERMINED SPECIMEN LENGTH, P DEFLECTION ANGLE AND RATE OF LOADING ENSURE REPRODUCIBLE TEST RESULTS UTPUT IN TABER STIFFNESS UNIT O (GRAM-FORCE CENTIMETER) OR MILLINEWTON METER ASILY STORE DATA AND TRANSFER E VIA USB DRIVE ACTORY CALIBRATED TO ACCURACY F OF ± 1% OF FULL SCALE With more than 80 years of experience in material testing, Taber provides you with a resource you can depend on. Contact ERICHSEN GmbH & Co. KG // [email protected] // www.erichsen.d

RECOGNIZED IN INTERNATIONAL TEST STANDARDS The Taber V-5 Stiffness Tester is used to determine the bending moment required to deflect the free end of a vertically clamped specimen 15° to the left and to the right when a load is applied at a constant bending length. Readings taken in the two directions are averaged to give the stiffness of the test piece. The resistance to bending is calculated from the bending moment. Tappi T489 or ISO 2493 is intended for most paper or paperboard. Tappi T566 is intended for papers of low grammage or are highly flexible and exhibit bending stiffness in the range...