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Economical ERF Series Helical Speed Reducer with 0.12KW-200KW Power Range and 3.4–285.61 Ratio for Flange Mounted Applications

Economical ERF Series Helical Speed Reducer with 0.12KW-200KW Power Range and 3.4–285.61 Ratio for Flange Mounted Applications

Nom De La Marque: EVERGEAR
Numéro De Modèle: ERF27 ~ ERF177
MOQ: 1
Prix: $69
Conditions De Paiement: LC, D/A, D/P, T/T, Western Union
Capacité D'approvisionnement: 9999999
Informations détaillées
Lieu d'origine:
Chine
Certification:
ISO,CE
Pouvoir:
0,12KW-200KW
Rapport:
3,4 à 285,61
Vitesse de sortie:
2,6-529 tr/min
Couple de sortie:
110-15300KNm
Vitesse d'entrée:
500 tr/min, 750 tr/min, 1 000 tr/min, 1 500 tr/min, 1 800 tr/min
Diamètre d'axe de sortie:
25mm-160mm
Étape de réduction:
une étape, deux étapes, trois étapes
Façon de monter:
monté sur pied, monté sur arbre, monté sur bride
Manière de sortie:
Faisceau solide
Poids:
6.2KGS-980KGS
Température ambiante:
-40,00 [°C] ~ +40 [°C]
Sens de rotation de l'arbre de sortie du réducteur:
Rotation CW ou CCW
Détails d'emballage:
caisse et palette en bois solides
Mettre en évidence:

0.12KW-200KW Power Range Helical Speed Reducer

,

3.4–285.61 Ratio Inline Helical Gearmotor

,

Flange Mounted ERF Series Gear Motor

Description du produit
Economical ERF Helical Speed Reducer
High-performance inline helical gear motor designed for industrial applications requiring reliable power transmission and precise speed control. Available in 10:1, 30:1, and 50:1 ratios with flange vertical mount configuration and oil cup lubrication.
Technical Specifications
Model Series: ERF 27, ERF 37, ERF 47, ERF 57, ERF 67, ERF 77, ERF 87, ERF 97, ERF 107, ERF 137, ERF 147, ERF 167, ERF177
Rotation Direction: CW or CCW
Corrosion Protection: Conservation according to Norm
Coating System: Standard coating, finishing coat for all climatic zones
Color: Blue RAL5010 / RAL7031 or custom colors available
Key Advantages
  • Modular design system with multi-purpose use of housing and internal components
  • Progressive ratio of sizes for optimum selection and application matching
Model Selection Guide
Model ERF 27 ERF 37 ERF 47 ERF 57 ERF 67 ERF 77
Structure Form ER/ERF/ERM/ERX/ERXF/ER..ER/ER..S..
Input Power (KW) 0.12-3 0.12-3 0.12-5.5 0.12-7.5 0.12-7.5 0.18-11
Ratio 3.37-136 3.4-133.3 3.87-182.6 4.32-183.2 4.32-180.7 5.28-200.9
Permissible Torque (Nm) 110 170 255 380 510 700
Weight (KGS) 8 15 18 23 29 35
Model ERF 87 ERF 97 ERF 107 ERF 137 ERF 147 ERF 167
Structure Form ER/ERF/ERM/ERX/ERXF/ER..ER/ER..S..
Input Power (KW) 0.55-22 0.55-37 2.2-55 5.5-75 11-110 11-160
Ratio 5.33-245.7 4.52-280.6 4.98-255.4 5.22-223.2 4.93-162.1 10.43-224.6
Permissible Torque (Nm) 1320 2550 3670 6800 11050 15300
Weight (KGS) 65 102 162 248 420 762
Economical ERF Series Helical Speed Reducer with 0.12KW-200KW Power Range and 3.4–285.61 Ratio for Flange Mounted Applications 0
Economical ERF Series Helical Speed Reducer with 0.12KW-200KW Power Range and 3.4–285.61 Ratio for Flange Mounted Applications 1
Economical ERF Series Helical Speed Reducer with 0.12KW-200KW Power Range and 3.4–285.61 Ratio for Flange Mounted Applications 2
Economical ERF Series Helical Speed Reducer with 0.12KW-200KW Power Range and 3.4–285.61 Ratio for Flange Mounted Applications 3
Economical ERF Series Helical Speed Reducer with 0.12KW-200KW Power Range and 3.4–285.61 Ratio for Flange Mounted Applications 4
Economical ERF Series Helical Speed Reducer with 0.12KW-200KW Power Range and 3.4–285.61 Ratio for Flange Mounted Applications 5
Economical ERF Series Helical Speed Reducer with 0.12KW-200KW Power Range and 3.4–285.61 Ratio for Flange Mounted Applications 6
Economical ERF Series Helical Speed Reducer with 0.12KW-200KW Power Range and 3.4–285.61 Ratio for Flange Mounted Applications 7
Industrial Applications
  • Conveyor machinery
  • Crane systems
  • Packaging equipment
  • Food industry machinery
  • Washer systems
  • Walking machines
  • Cropping & shearing machines
  • Woodworking machinery
  • Plastic industry equipment
For detailed technical specifications, custom configurations, or application support, please contact our engineering team online!