Harmonic Drive SHD-2SH Hollow-Shaft Simplicity Gear Units
SHD-2SH combines ultra-flat hollow-shaft strain-wave gearing with a cross-roller output bearing in a non-housed simplicity gear-unit architecture. It omits the housing and output flange of a conventional housed gear unit so the OEM can integrate the assembly more closely into its own structure. It is neither a bare gearing component set nor a complete motorized actuator.
Key Specifications
Product scope | Non-housed simplicity gear unit with cross-roller output support |
Not supplied as conventional housed scope | Housing and output flange require customer integration |
Routing feature | Large hollow input shaft; verify exact usable passage in drawing |
SHD-14-50-2SH | 3.7 Nm rated L10; 12 Nm repeated peak; 23 Nm momentary peak; 0.33 kg |
SHD-17-100-2SH | 16 Nm rated L10; 37 Nm repeated peak; 71 Nm momentary peak; 0.42 kg |
SHD-20-100-2SH | 28 Nm rated L10; 57 Nm repeated peak; 95 Nm momentary peak; 0.52 kg |
Size-20 ratio-100 positioning | 1 arcmin standard accuracy; 21 ×10^4 Nm/rad output moment stiffness |
Current inspected ratio rows | 50 / 80 / 100; other proposed configurations require exact confirmation |
Control boundary | External motor and drive; no native fieldbus or safety function |
Price | Request a quote including integration drawings and installation requirements |
Applications and Industries
Tightly integrated hollow-shaft rotary axes, compact joints and coaxial automation mechanisms
Industrial automation
Review Summary
Consider SHD-2SH for a tightly integrated hollow-shaft mechanism when the OEM can design the surrounding housing and load attachment. The supplied cross-roller bearing is valuable, but the machine structure and mounting interfaces remain part of the customer design. Select the exact ratio and frame using actual torque, bearing-load and stiffness requirements.
Price and Configuration
Request a quote for the selected configuration,quantity and delivery schedule. Confirm the exact model,options,integration scope and support terms.
