STM Series

Application: Factories / Manufacturing, Garages / Auto Service

STM-75VU

Contents Code number mm kgs Rubber(Polyurethane) mm mm mm mm mm mm per case (pce) Rubber Polyurethane 75 80 (120) 100 81×81 63×63 9.5 30 69 30 STM-75VA STM-75VU 100 100 (170) 144 95×95 73×73 (70×70) 10.5 35 88 15 STM-100VS STM-100VU 130 180 (260) 177 105×105 82×82 (80×80) 11.0 40 108 10 STM-130VS STM-130VU 150 200 (300) 198 120×120 93×93 (90×90) 11.0 45 123 8 STM-150VS STM-150VU 200 250 (370) 250 140×140 115×115 (105×105) 11.0 58 166 4 STM-200VS STM-200VU 250 330 (500) 305 160×160 125×125 14.0 63 193 4 STM-250VS STM-250VU

STM-100VU-W3

Contents Code number mm kgs Rubber(Polyurethane) mm mm mm mm mm mm per case (pce) Rubber Polyurethane 75 80 (120) 100 81×81 63×63 9.5 30 69 30 STM-75VA-W3 STM-75VU-W3 100 100 (170) 144 95×95 73×73 (70×70) 10.5 35 88 15 STM-100VS-W3 STM-100VU-W3 130 180 (260) 177 105×105 82×82 (80×80) 11.0 40 108 10 STM-130VS-W3 STM-130VU-W3 150 200 (300) 198 120×120 93×93 (90×90) 11.0 45 123 8 STM-150VS-W3 STM-150VU-W3 200 250 (370) 250 140×140 115×115 (105×105) 11.0 58 166 4 STM-200VS-W3 STM-200VU-W3

SKM-100VU

Contents Code number mm kgs Rubber(Polyurethane) mm mm mm mm per case (pce) Rubber Polyurethane 75 80 (120) 100 95×71 63×63 9.5 30 SKM-75VA SKM-75VU 100 100 (170) 144 115×80 80×45 10.5 15 SKM-100VS SKM-100VU 130 180 (260) 177 138×90 100×56 11.0 10 SKM-130VS SKM-130VU 150 200 (300) 198 138×90 100×56 11.0 8 SKM-150VS SKM-150VU 200 250 (370) 250 152×100 112×63 11.0 4 SKM-200VS SKM-200VU 250 330 (500) 305 200×140 140×80 14.0 4 SKM-250VS SKM-250VU

Specifications
Rubber Wheel Polyurethane Wheel Diameter (mm) Breaking load (kg) Coefficient of wheel rotation (µ) Starting resistance (kgf) Breaking load (kg) Coefficient of wheel rotation (µ) Starting resistance (kgf) 75 800 0.018 4.32 800 0.016 5.76 100 1400 0.015 4.50 1400 0.012 6.12 130 1900 0.012 6.48 1900 0.012 9.36 150 1900 0.012 7.20 1900 0.012 10.80 200 2100 0.010 7.50 2100 0.010 11.10 250 4000 0.012 11.88 4000 0.012 18.00
Starting resistance(kgf) = Working load(kg) x Coefficient of wheel rotation(µ) *Working load(kg) = Load capacity(kg) x 3