Linear Unit CTV 110

The CTV series describes linear units with a precision ball screw drive and two parallel, integrated, zero backlash rail guides. In the linear units CTV a precision ball screw, with tolerance class IS07 (IS05 on request), with reduced backlash of the ball nut is used.

Two parallel circulating antistatic polyurethane sealing strips and an aluminum cover are ensuring to protect all the parts in the profile from dust and other contaminations. Re-lubrication can be done through maintenance holes on the side of the profile.
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Product Information

Modulus of Elasticity: E = 70000 N / mm2
Operating Temperature (°C): 0 ~ +60 For operating temperature out of the presented range, please contact Rollco.
Duty Cycle: 100%
Max. Acceleration (m/s²): 20
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Designation Select all CAD Compare Get quote Lead Time * Carriage Length Lv (mm) Dynamic Moment Mx (Nm) Dynamic Moment My (Nm) Dynamic Moment Mz (Nm) Dynamic Load Capacity C (N) Static Load Capacity C0 (N) Max. Permissible Loads Forces Fpy (N) Max. Permissible Loads Forces Fpz (N) Max. Permissible Loads Moments Mpx (Nm) Max. Permissible Loads Moments Mpy (Nm) Max. Permissible Loads Moments Mpz (Nm) Moved Mass (kg) Max. Length Lmax (mm) Max. Stroke (mm) Min. Stroke (mm)
Get quote 2 39 650 118 235 19800 35000 4670 9390 310 90 90 0.63 1500 1410 40
Get quote 2 39 650 118 235 19800 35000 4670 9390 310 90 90 0.63 1500 1410 40
Get quote 2 39 650 118 235 19800 35000 4670 9390 310 90 90 0.63 1500 1410 40
Get quote 2 124 1305 1680 1680 39600 70000 13080 18800 620 800 550 1.36 1500 1325 40
Get quote 2 124 1305 1680 1680 39600 70000 13080 18800 620 800 550 1.36 1500 1325 40
Get quote 2 124 1305 1680 1680 39600 70000 13080 18800 620 800 550 1.36 1500 1325 40

*Green: Normally in stock, contact us for current status. Blue: Contact us for delivery time.

Designation Select all CAD Compare Get quote Carriage version Dynamic Load Capacity C (N) Static Load Capacity C0 (N) Dynamic Moment Mx (Nm) Dynamic Moment My (Nm) Dynamic Moment Mz (Nm) Max. Permissible Loads Forces Fpy (N) Max. Permissible Loads Forces Fpz (N) Max. Permissible Loads Moments Mpx (Nm) Max. Permissible Loads Moments Mpy (Nm) Max. Permissible Loads Moments Mpz (Nm)
Get quote S2 (S) 39600 70000 1300 19.8 × A (mm) 19.8 × A (mm) 12940 18790 620 9.4 × A (mm) 6.5 × A (mm)
Get quote S2 (S) 39600 70000 1300 19.8 × A (mm) 19.8 × A (mm) 12940 18790 620 9.4 × A (mm) 6.5 × A (mm)
Get quote S2 (S) 39600 70000 1300 19.8 × A (mm) 19.8 × A (mm) 12940 18790 620 9.4 × A (mm) 6.5 × A (mm)
Get quote S2 (L) 39600 70000 1300 19.8 × A (mm) 19.8 × A (mm) 12940 18790 620 9.4 × A (mm) 6.5 × A (mm)
Get quote S2 (L) 39600 70000 1300 19.8 × A (mm) 19.8 × A (mm) 12940 18790 620 9.4 × A (mm) 6.5 × A (mm)
Get quote S2 (L) 39600 70000 1300 19.8 × A (mm) 19.8 × A (mm) 12940 18790 620 9.4 × A (mm) 6.5 × A (mm)
Designation Select all CAD Compare Get quote Max. Travel Speed (m/s) Max. Rotational Speed (rev/min) Max. Drive Torque Ma (Nm) Lead Constant (mm/rev) No Load Torque Carriage S (Nm) No Load Torque Carriage L (Nm) Ball Screw (d x l) Max. Repeatability Precision Standard ISO7 Max. Repeatability Precision ISO5 Dynamic Load Capacity BS Ca (N) Max. Axial Load Fx (N) Planar Moment of Inertia ly (cm⁴) Planar Moment of Inertia lz (cm⁴)
Get quote 0.35 4200 5,5 (w. keyway), 7,7 (w.o keyway) 5 0.17 × nc 0.20 × nc 16 × 5 ± 0.02 ± 0.01 13150 8700 29.1 196
Get quote 0.7 4200 5,5 (w. keyway), 11,9 (w.o keyway) 10 0.18 × nc 0.21 × nc 16 × 10 ± 0.02 ± 0.01 11550 6730 29.1 196
Get quote 1.12 4200 5,5 (w. keyway), 11,9 (w.o keyway) 16 0.23 × nc 0.26 × nc 16 × 16 ± 0.02 ± 0.01 8170 4200 29.1 196
Get quote 0.35 4200 5,5 (w. keyway), 7,7 (w.o keyway) 5 0.17 × nc 0.20 × nc 16 × 5 ± 0.02 ± 0.01 13150 8700 29.1 196
Get quote 0.7 4200 5,5 (w. keyway), 11,9 (w.o keyway) 10 0.18 × nc 0.21 × nc 16 × 10 ± 0.02 ± 0.01 11550 6730 29.1 196
Get quote 1.12 4200 5,5 (w. keyway), 11,9 (w.o keyway) 16 0.23 × nc 0.26 × nc 16 × 16 ± 0.02 ± 0.01 8170 4200 29.1 196
Designation Select all CAD Compare Get quote Ball Screw (d x l) Mass of Linear Unit (kg) Mass Moment of Inertia (10⁻⁵ kg m²) Planar Moment of Inertia ly (cm⁴) Planar Moment of Inertia lz (cm⁴) Moved Mass (kg)
Get quote 16 × 5 3.3 + 0.008 × (Abs. Stroke + (nc - 1) × A) + 0.63 × (nc - 1) 0.70 + 0.005 × (Abs. Stroke + (nc - 1) × A) + 0.04 × (nc - 1) 29.1 196 0.63
Get quote 16 × 10 3.3 + 0.008 × (Abs. Stroke + (nc - 1) × A) + 0.63 × (nc - 1) 0.82 + 0.005 × (Abs. Stroke + (nc - 1) × A) + 0.16 × (nc - 1) 29.1 196 0.63
Get quote 16 × 16 3.3 + 0.008 × (Abs. Stroke + (nc - 1) × A) + 0.63 × (nc - 1) 1.07 + 0.005 × (Abs. Stroke + (nc - 1) × A) + 0.41 × (nc - 1) 29.1 196 0.63
Get quote 16 × 5 4.6 + 0.008 × (Abs. Stroke + (nc - 1) × A) + 1.36 × (nc - 1) 1.19 + 0.005 × (Abs. Stroke + (nc - 1) × A) + 0.09 × (nc - 1) 29.1 196 1.36
Get quote 16 × 10 4.6 + 0.008 × (Abs. Stroke + (nc - 1) × A) + 1.36 × (nc - 1) 1.45 + 0.005 × (Abs. Stroke + (nc - 1) × A) + 0.34 × (nc - 1) 29.1 196 1.36
Get quote 16 × 16 4.6 + 0.008 × (Abs. Stroke + (nc - 1) × A) + 1.36 × (nc - 1) 1.99 + 0.005 × (Abs. Stroke + (nc - 1) × A) + 0.88 × (nc - 1) 29.1 196 1.36