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  • Linear Motion Components

Servo Belt Linear Drive (SBL), Heavy


Servo Belt Linear Drive (SBL), Heavy

ServoBelt Linear Heavy
Type Rotary Drive Linear, NEMA 34 or user motor.

Recommended Maximum Payload (lb)Payload x Acceleration = Linear Force

Linear travel per motor revolution (mm)
Bearing type
Preloaded 4-row ricirculating ball, standard or corrosion resistant
Maximum Length
5.5 m with single-piece chassis
Virtually limitless travel distances with chassis splices

Motor type 3-phase brushless servo or user supplied of any type

Accuracy (µm)Linear accuracy at stage centerline, after two point temperature scale correction.

Linear optical encoder: ±4/meter
Rotary encoder: ±135/full travel

Uni-directional repeatability (µm)Achievable under ideal conditions.

Bi-directional repeatability (µm) ±80 to ±130 depending on deceleration profile.

Angular deviation (±arc-sec)Yaw angle maximum in the plane of the base. Most chassis are flexible enough that this value is generally the achievable number when the unit is straightened on user surface.

Encoder type and resolutions: rotary (CPR), linear (µm)
16KCPR (NEMA 34) rotary motor encoder;
1 µm magnetic linear;
1 µm, 0.5 µm, 0.2 µm, 0.1 µm optical linear
Speed (m/sec) 4

Max continuous linear force (lbf)Linear force at carriage, based on a range of standard motors.

300 single carriage
240 dual carriage
Max shear for 106 m @ 2 m/sec (N)
2028 (single rail)
4057 (double rail)
Max pitch and yaw moment for 106 m @ 2 m/sec (N-m) 110 (single rail)
220 (double rail)

Max roll moment for 106 m @ 2 m/sec (N-m) 25 (single rail)
183, 365 (-180, -270)

Moving mass and Chassis mass
Refer toconfigurator, depends on carriage style and motor selections.

Ultimate dynamic belt lifeOut-and-back cycles to belt failure at load in Newtons.

5M Cycles @ 1334N
Minimum chassis size (mm) 45 x 90
Bearings style-size (mm) dual-20 or single-20