r.staiger ohilo 03/03 S Rotating Torque Sensor Socket wrench odels
Torque sensor 03/03 S ntroduction reliable measurement of statical and dynamic is required in quality control. The larger number of applications is in assembly, development and laboratory all require a robust transducer. r. Staiger ohilo manufactures a broad range of slip ring transducer for this extensive field. range of digital readouts and amplifiers is available for these transducers. eneral ue to three different standardized shaft ends, the slip ring transducer S can easily be connected for all imaginable applications. The field of application: from bolting technics to assembly monitoring, measurement of efficiency at motors and pumps, bearing friction at gears, friction of gaskets, application in laboratories, e.g. measurement of rotation springs, determination of power demand or the limit of drives. Patented hard silver brushes (P 470) and self-lubricating slip rings. Special features ccuracy ± 0,2 % of full scale Shunt calibration idirectional operation Robust design Small and handy Resistant to high acceleration easurement of rotation angle as an option pulses per revolution 03/03 S Pin connections unction Pin escription Pin Type Q + Supply + Signal - Signal 0 V + V ± 10% mpuls, TTL mpuls r, TTL 0 V (alibration input) Shield Strain gage-bridge Supply 0V Supply +V Output 1 Output 2 N Tuchel Serie 81; 12-pole 100% Shunt-alibration no connection in sensor unction Pin escription Pin Type Q/R/ 1 - V Tuchel Serie 81; N 43 + Supply 2 + V 3 Shield 3 no connection in sensor 4 2 + Signal - Signal 4 2 mv/v 2 mv/v 100% alibration ngle sensor On request available with endix -plug 1
echanical design Torque sensor with standard square connection Q/Q onnector = measuring side rotating shaft angle encoder (type Q) * L N Socket wrench sensor (Q) Threads for fixing 4, mm deep * for Q type only one thread aside also Q type 12 Nm odel/order rive L N max. axial 03/03 S 12 Q 12 1/4 7 2 8 8, 11 13-10 1338 03/03 S 2 Q 2 3/8 74, 38 8 44 18 2 0 13 03/03 S 3 Q 3 3/8 74, 38 8 44 18 2 1000 13 03/03 S 10 Q 10 1/2 79 38 8 44, 2 1800 137 03/03 S 00 Q 00 3/4 97 8 7 0 29 2 00 138 03/03 S 1000 Q 1000 1 112 73 90 7 3, 34,, 0 000 139 Socket wrench sensor with angle encoder (Q) odel/order rive L N max. axial 03/03 S 12 Q 12 1/4 7 2 8 8, 8 11-13 - 10 1 03/03 S Q 3/8 101 38 8 9 21, 12 3 2 0 1332 03/03 S 3 Q 3 3/8 101 38 8 9 21, 12 3 2 1000 1333 03/03 S 10 Q 10 1/2 10 38 8 9 2 12 3 2 1800 1334 03/03 S 00 Q 00 3/4 13 8 7 4 29 3 00 133 03/03 S 1000 Q 1000 1 7 73 90 73 3, 7, 4 4 0 000 133
Torque sensor with standard hexagon 1/4 connection according N 312 orm /, Type = measuring side 11 8 onnector with rotating shaft quick-change chuck for different bits for portable drivers (e.g. Philips head, slotted head) Threads for fixing 4, mm deep odel/order Output at rated mv/v max.axial 03/03 S 2 2 1,0 101 2 8 20 1 03/03 S 2,0 101 2 8 0 10 03/03 S 12 12 2,0 101 2 8 0 11 03/03 S 20 20 2,0 101 2 8 10 Torque sensor with round shaft ends and feather keyways (2 x 180 ) N 88, type R onnector with rotating shaft g (10-100) 38 g (200 1000N) = measuring side Threads for fixing 4, mm deep odel/order Output at rated mv/v max.axial 03/03 S 10 R 10 2,0 108 38 8 44 3 10 1200 03/03 S 20 R 20 2,0 108 38 8 44 3 0 1201 03/03 S 0 R 0 2,0 108 38 8 44 3 1000 1202 03/03 S 100 R 100 2,0 108 38 8 44 3 1800 1203 03/03 S 200 R 200 2,0 182 73 90 7 3, 0 3,, 90, 00 1204 03/03 S 00 R 00 2,0 182 73 90 7 3, 0 3,, 90, 000 120 03/03 S 1000 R 1000 2,0 182 73 90 7 3, 0 3,, 90, 000 120
Technical ata echanical, electrical specifications xitation........................................................................-1 V, Output at rated capacity, up to 10 Nm.....................................................1 mv/ V Output at rated capacity, exceeding 10 Nm.................................................2 mv/ V Nonlinearity...............................................................< ± 0,2 % of full scale Operating temperature range.........................................................+...+0 Temperature influence on zero...................................................< ± 0,1 % / 10 Temperature influence on sensitivity...............................................< ± 0,1 % / 10 echanical overload capacity (working )...............................................10 % ax. speed........................................................................ 00 rpm ngle measurement (option )......................................2 x pulses, 90 displaced, TTL onnection..................................................................../12-pole Tuchel alibration input.........................................................100 % control for ousing..........................................................aluminum, hard eloxadized, red Protection class..........................................................................p xample for order specification (easuring range 12 Nm, Square drive with angle measurement):.....03 / 03 S 12 Q, rt.no.: 1 ccessories ating plug, article no. 703 (12-pol.), (Q) ating plug, article no. 8 (-pol.), (Q, R, ) endix-connector on request Practical application r. Staiger, ohilo+o mb aierhofstraße - 7347 Lorch Telefon +49 72 184-0 Telefax +49 72 184-00 info@staiger-mohilo.de www.dr-staiger-mohilo.de r.staiger ohilo Power tool control esign is subject to change without notice -07/02-1000 PR & SLR WRNTUR NUUSN
Transducer instrumentation Torque-nalyser Type 9000, ata sheet 4110 Portable / force monitor and data collection instrument -mplifier Type V 3101, ata sheet 4103 -mplifier for rack mounting Supply and evaluation instrument Type UV 2000, ate sheet 0e easurement of, speed, angel of rotation, force and mechanical power pplications ontinuous dynamic monitoring of all controlled power tools. astener assembly troubleshooting. Testing and recalibrating of wrenches. Product quality audits. ontrol of nutrunner equipment (controlled by and/or rotation angle). Special features onnection of all static or dynamic strain gauge transducers. ven load cells (traction and compression) can be connected. onnection of rotational brush less transducers acc. to data sheet 00 and slip ring transducers acc. data sheet 03. asy to handle by menu guidance via L graphics display. harger is part of delivery. The level of charging is indicated. n adapter for operating on power line is optionally available. unctions Power supply mplifier isplay valuation omperator eatures Simplified operation rack mounting (10T) ompact nalog circuit Quick signal rise time Technical data Peak value: 0-10 V Voltage output: 10 V (Ri = 100 Ohm) urrent output: ±20 m Peak or track igh, low and in limit L status indicators escription The desktop model is designed for 11 V and 2 V input power. ll connections are pluggable. The instrument is menu-driven and therefore very easy to configure and program, and can quickly be adjusted to the measuring task. ny functions of the device (taring, peak value storage, mean value operation, limit setting, measuring duration, pre-and posttrigger, calibration, volume of indications, unit and interface) are simply adjustable. Up to 20 sensor parameter sets can be internally stored in the nonvolatile lash-memory. pplication The instrument is ideal for applications in process measurement techniques and for the use in research and laboratory environments. ll sensors with strain gauge techniques and sensors with standardized voltage output can directly be connected. The simple programming with the software provides that the instrument can be used for the evaluation of -/speed measurements or -/angle of rotation measurements in industrial environments. The applications are manifold: The required power can be easily determined by input and speed of an actuated unit. This includes generators, pump systems, gear-boxes, engines, drive shafts ect. which determine the efficiency factor when transmission components or systems are evaluated. This type of analyzing is normally performed on couplings, brakes, gear-boxes, engines and turbines. or process control, the instrument is used to measure and test screwings, or for the verification of the breakpoint at wrenches. dditional use in function control in assembly procedures, where the is rated as function of the angle rotation. or example the test of seat adjustments is optionally available.