D a t a s h e e t F o r c e T r a n s d u c e r S e r i e s K ( k N 6 3 0 k N ) Benefits/Application For static and dynamic tensile and compressive forces Hermetically sealed Very small force application effect Very highcycle fatigue resistant up to 80 of nominal load Insensitive against parasitic forces and moments Easy assembling, lots of possibilities Options/Accessories Optional solid or plugin connection Second redundant measuring circuit without crosstalk with different carrier frequencies Bending moment circuits Extended temperature range TensionTorsion combination with Serie M Mounting parts for tension and compression Series K (eng.) 03/03/17
T e c h n i c a l d a t a ± F nom kn 5 6,3 0 0 1 160 0 0 00 0 0 Accuracy class 0,02 0,03 0,05 Force measurment range Linearity error d lin Interpolation error f c 1 0 0,02 0,03 0, Hysteresis h 0,02 0,03 0,05 0,08 Reversibility error v Repeatability (f.s.) Creep 0,2 0,003 0,0 Temperature effect on characteristic value per K TK C / K 0,0 Temperature effect on zero signal per K TK 0 / K 0,0 Metrological Data Eccentricity effect Bending moment effect /mm /N m Lateral force effect /(0,1 F nom ) Torque effect /(mm F nom ) Characteristic value difference, tension/compression force d ZD Rated characteristic value 3) C nom mv/v 2 1 ; 2 2 1 1 ; 2 2 Characteristic value tolerance d c 0,015 < 0,003 0,02 0,005 0,07 0,1 0,2 Zero signal deviation d S,0 0,5 Input resistance R e Ω 10 0 10 10 10 10 Electrical Data Output resistance R a Ω Insulation resistance R is Ω Operating range of excitation voltage B U, G V Protection (DIN EN 60529) 900 900 900 10 > 9 5 1) ; 68 2) 800 900 10 Series K (eng.) 03/03/17 Page 2 of 9
T e c h n i c a l d a t a ± F nom kn Rated Displacement ) s nom mm Spring rigidity ) c ax kn/mm 5 6,3 0,093 0,08 0,086 3 70 73 280 3 0 560 700 890 0 1 160 0 0 00 0 0 0,12 0,15 0,16 0,19 0,21 0,32 830 1300 1900 200 Mass m kg 0,5 1 1,2 3,7, 31 0,071 00 Mechanical Data Proportionate moving mass m mess kg 0,12 0,22 0,35 0,8 2, 5 Fundamental resonant frequency ) f G khz Permissible oscillation stress 3) 3 3,5 6,8 5 3,7 3 ± 80 Force limit Breaking force Lateral force limit 1 300 0 Limits Permissible eccentricity e G mm 15 Bending moment limit M b zul kn m 0, 0, 1 3,5 5 Rated temperature range B T, nom C 60 Operating temperature range B T, G C 0 +1 1) Plug in connection 2) Permanent connection 3) Rated characteristic value 1 mv/v with permissible oscillation stress ± 0 available on request. ) Information for rated characteristic value 2mV/V; 1mV/V available on request. D e s i g n 5 6,3 0 0 1 160 Typ "F" (flange) Typ "G" (thread) 0 0 00 0 0 Series K (eng.) 03/03/17 Page 3 of 9
C a b l e c o n n e c t i o n x x Permanent connection end not connected Connection pluggable 1)2) Grey cable Ø 6,5 mm 6 x 0, mm² Temperature range: 35 C bis +90 C 7pin LEMO Series 0 Female: Male: Connection Wire colour Pin Supply voltage (+) U in+ blue 3 Supply voltage () U in black 2 Measurement signal (+) U out+ white 1 Measurement signal () U out red Sense (+) Sense+ green 5 Sense () Sense grey 6 Shielding yellow Housing 1) View too weldingside 2) Female LEMO S.A. Typ: EGG.1B.307.CLL; Male: FGG.1B.307.CLA.D72 Permanent connection end not connected Connection pluggable Cable lenght 5 m. More cable types and lengths on request Connector types on cable end: DSub 9; DSub 15; MS 7pol In case of order please chose "solid conection" or "plugin connection" Series K (eng.) 03/03/17 Page of 9
O p t i o n : B e n d i n g m o m e n t F nom kn 0 (2mV/V) 0 0 (1 mv/v) Rated bending moment Mb nom N m F nom 8 mm F nom 12 mm Reproducibility Temperature effect on characteristic value per K Temperature effect on zero signal per K TK C TK 0 / K / K Rated characteristic value C nom mv/v Input resistance R e Ω 0,01 0,2 0,2 ca. 0,5 00 Operating range of excitation voltage B U, G V 5 12 The bending moment circuits may be advantageously used for the adjustment of the force introduction O p t i o n : 2. M e s u r i n g c i r c u i t In case of two circuits the technical data are similarly valid for both circuits Series K (eng.) 03/03/17 Page 5 of 9
M a t i n g d i m e n s i o n s T y p F / G u p t o 6, 3 k N Size: kn 6,3 kn ± F nom kn 5 6,3 Bore ØB 1 mm 5,3 Bore ØB 2 mm 5,3 Diameter ØD 1 mm 770,1 Diameter ØD 2 mm 680,05 Diameter ØD 3 mm 27,3 Diameter ØD mm 12,7+0,05 Pitch circle diameter ØP 1 mm 67±0,1 Pitch circle diameter ØP 2 mm ±0,1 Thread T 1 M x 1 Height H 1 mm 260,1 Height H 2 mm 13 Height H 3 mm 2 Height H mm 2 Height H 5 mm 16 Angle a 1 6 x 60 Angle a 2 30 Series K (eng.) 03/03/17 Page 6 of 9
T y p G A u p t o 6 3 k N Size: kn kn ± F nom kn 0 Bore ØB 1 mm 6,6 Diameter ØD 1 mm 9,1,1 Diameter ØD 2 mm 8,1 87,,1 0 0,1 Diameter ØD 3 mm 38,60,1 Pitch circle diameter ØP 1 mm 80±0,1 86±0,1 Thread T 1 Height H 1 mm M x 1,5 3,1 Height H 2 mm 18 Height H 3 mm 1 1,5 Height H mm 1 Angle a 1 8 x 5 Angle a 2 22,5 Series K (eng.) 03/03/17 Page 7 of 9
T y p F A u p t o 1 6 0 k N Size: kn 160 kn ± F nom kn Bore ØB 1 mm 6,6 11 Bore ØB 2 mm 6,6 11 Diameter ØD 1 mm 9,1,1 180,1 Diameter ØD 2 mm 8,1 87,,1 131,0,1 Diameter ØD 3 mm 00,1 38,60,1 Diameter ØD mm 8H9 +0,1 Pitch circle diameter ØP 1 mm 80±0,1 86±0,1 130±0,1 Pitch circle diameter ØP 2 mm 30±0,1 5±0,1 Height H 1 mm 3,1 90,1 Height H 2 mm 18 Height H 3 mm 1 1,5 0,5 Height H mm Angle a 1 8 x 5 Angle a 2 22,5 1 0 0 1 160 Series K (eng.) 03/03/17 Page 8 of 9
T y p F A u p t o 6 3 0 k N Size: 0 kn 0 kn ± F nom kn 0 0 00 0 Bore ØB 1 mm 17 22 26 Bore ØB 2 mm 17 22 26 0 Diameter ØD 1 mm 2190,1 2700,1 31,2 Diameter ØD 2 mm 171,05+0,1 3+0,1 226+0,1 Diameter ØD 3 mm 970,1 1280,1 15,1 Diameter ØD mm +0,1 Pitch circle diameter ØP 1 mm 19±0,1 235±0,1 267±0,1 Pitch circle diameter ØP 2 mm 71±0,1 95±0,1 112±0,1 Height H 1 mm 600,1 800,1 900,1 Height H 2 mm 32 0 5 Height H 3 mm Angle a 1 Angle a 2 1 8 x 5 22,5 Änderungen vorbehalten. Alle Angaben beschreiben unsere Produkte in allgemeiner Form. Sie stellen keine vereinbarte Beschaffenheit im Sinne des 3 Abs. 1 BGB dar. GTM Testing and Metrology GmbH PhilippReisStraße 6, 60 Bickenbach, Germany www.gtmgmbh.com Phone +9(0)67970, Fax +9(0)679777 contact@gtmgmbh.com