Torque at 20rpm,20℃ |
0.12 N·cm ± 0.07 N·cm |
0.25 N·cm ± 0.08 N·cm |
0.30 N·cm ± 0.10 N·cm |
0.45 N·cm ±0.12 N·cm |
0.60 N·cm ± 0.17 N·cm |
0.95 N·cm ± 0.18 N·cm |
1.20 N·cm ± 0.20 N·cm |
1.50 N·cm ± 0.25 N·cm |
2.20 N·cm ± 0.35 N·cm |
Mole Materials | |
calces rota | POM (5S calces in TPE) |
Rotor | POM |
Base | PA66/PC |
Cap | PA66/PC |
O-Ringe | Silicone |
Liquor | Silicone oleum |
Conditiones opus | |
Temperature | -5°C usque ad +50°C |
Vita | 100,000 circuitus1 cycle=0°+360°+0° |
C% probata |
1. Torque vs Mobilitate gyrationis (Temp: Locus 23℃)
Aureus olei damper celeritate gyrationis augetur, ut in recto schemate indicatur, ostendens directam necessitudinem inter torquem et celeritatem.
2. Torque vs Temperature (Rot Speed: 20r/min)
Torques olei damper cum temperie mutationes, typice cum reductione temperatura crescente et cum incremento caliditatis decrescentibus.
In gyratoriis dampers sunt essentiales mollis clausurae in variis industriis adhibitae, incluso sessio, supellex, adjumenta, et vecturae.