|Travel range||300 mm|
|Resolution in full step||2.5 µm||-|
|Resolution in 1-8 step||0.31 µm||-|
|Encoder resolution||-||4000 counts/rev.|
|Lead screw pitch||0.5 mm||2 mm|
|Max. speed||8 mm/s*||50 mm/s|
|Minimal incremental motion||-||5 µm|
|Weight||4.28 kg||4.55 kg|
|Mechanical end limit switches||2|
|Switch polarity||pushed is closed|
* Test conditions: Stepper motor 4247: 2 phase bipolar wiring, phase resistance 3.2 Ω, 200 steps per revolution; step angle - 1.8°, current - 1.2 A, 36 V; 980-0030 controller
|Motorized Delay Line - Solidworks file|
|Motorized Delay Line - DWG file|
|Motorized Delay Line - STEP file|
If you would like to review 3D drawings additional software is required. For a quick review of the drawings, we recommend CadFaster - QuickSetup - free software that allows you to view 3D files.
Please follow this link to download the program.
Motorized Delay Line 960-0100 provides precision path delays of up to 300 mm. Driven by a stepper motor with integrated limit switches, the motorized delay line offers a high-resolution delay of 2.5 µm.
The main feature of this delay line are its high-stability, compact and monolithic design as well as high resolution which makes the device ideal for integration in high precision measurement systems. Such delay line is in great demand in laboratories for precision optical path length control or other experiments (spectrum analysis, interferometry, etc.).
Motorized delay line can be controlled manually by means of dial knob with increments located on the end of the stage. This device also could be considered as a long travel (300 mm) motorized translation stage. Resolution could be improved by means of steps division in motor using our up-to-date stepper motor controllers.
Model 960-0100SM offers complete SM system, which features servo motor, motion controller, encoder and amplifier. This system is compact and user-friendly.