Dimension

The dimensions of TE86 are shown below.

TE86BS(Motor inline specification)

unit: mm

Bed length
L1
Overall length
L
Stroke length
S(2)
Mounting holes of bed
n
Mass(Ref.)
Kg(3)
340 423 200(90) 3 3.1
440 523 300(190) 4 3.7
540 623 400(290) 5 4.2
640 723 500(390) 6 4.7
740 823 600(490) 7 5.2
840 923 700(590) 8 5.7
940 1023 800(690) 9 6.3
Notes(1 Too deep a fixing thread depth of the mounting bolt may affect the running performance of the slide table, so never insert a bolt longer than the depth of the tapped hole.
    (2 The value indicates the allowable stroke when limit sensors are mounted. The value in ( ) represents dimension for two slide tables in close contact.
    (3 The value shows the mass of the entire table with one slide table, and it is 0.3kg heavier with two slide tables.

TE86BF(Motor inline specification)

unit: mm

Bed length
L1
Overall length
L
Stroke length
S(1)
Mounting holes of bed
n
Mass(Ref.)
Kg(2)
340 423 200(90) 3 3.7
440 523 300(190) 4 4.3
540 623 400(290) 5 4.9
640 723 500(390) 6 5.5
740 823 600(490) 7 6.1
840 923 700(590) 8 6.7
940 1023 800(690) 9 7.2
Notes(1 The value indicates the allowable stroke when limit sensors are mounted. The value in( ) represents dimension for two slide tables in close contact.
    (2 The value shows the mass of the entire table with one slide table, and it is 0.6kg heavier with two slide tables.

TE86BS(Motor folding back specification)

unit: mm

Bed length
L1
Overall length
L
Stroke length
S(2)
Mounting holes of bed
n
Mass(Ref.)
Kg(3)
340 375.5 200(90) 3 4.0
440 475.5 300(190) 4 4.6
540 575.5 400(290) 5 5.1
640 675.5 500(390) 6 5.6
740 775.5 600(490) 7 6.1
840 875.5 700(590) 8 6.6
940 975.5 800(690) 9 7.2
Notes(1 Too deep a fixing thread depth of the mounting bolt may affect the running performance of the slide table, so never insert a bolt longer than the depth of the tapped hole.
    (2 The value indicates the allowable stroke when limit sensors are mounted. The value in ( ) represents dimension for two slide tables in close contact.
    (3 The value shows the mass of the entire table with one slide table, and it is 0.3kg heavier with two slide tables.
Remarks
  1. Parts for motor attachment are appended, and this figure indicates a finished state after assembled by the customer.
  2. If folded back to right and left, motor attachment is about 8mm lower than the bottom of the bed.
  3. If folded back upward, motor attachment is about 6mm lower than the bottom of the bed.

TE86BF(Motor folding back specification)

unit: mm

Bed length
L1
Overall length
L
Stroke length
S(1)
Mounting holes of bed
n
Mass(Ref.)
Kg(2)
340 375.5 200(90) 3 4.6
440 475.5 300(190) 4 5.2
540 575.5 400(290) 5 5.8
640 675.5 500(390) 6 6.4
740 775.5 600(490) 7 7.0
840 875.5 700(590) 8 7.6
940 975.5 800(690) 9 8.1
Notes(1 The value indicates the allowable stroke when limit sensors are mounted. The value in ( ) represents dimension for two slide tables in close contact.
    (2 The value shows the mass of the entire table with one slide table, and it is 0.6kg heavier with two slide tables.
Remarks
  1. Parts for motor attachment are appended, and this figure indicates a finished state after assembled by the customer
  2. If folded back to right and left, motor attachment is about 8mm lower than the bottom of the bed./li>
  3. If folded back upward, motor attachment is about 6mm lower than the bottom of the bed.

Some products are not shown in the catalogue. Also, modifications can be made to meet your requirements. Please do not hesitate to make inquiries.

TE Features

IKO Precision Positioning Table TE is a lightweight and compact positioning table using a high-strength aluminum alloy for its main components with a slide table assembled inside a U-shaped bed. Use of a Precision ball screw for the feeding mechanism guarantees high reliability and high accuracy positioning. The product is long term maintenance free by integrating IKO's C-Lube internal lubrication system within the linear motion rolling guide and ball screw, reducing the frequency of relubrication. Various specifications such as ball screw lead, motor type and sensor mounting can be configured, so that an ideal positioning table can be created according to usage.
Ideal for a wide range of usages from devices requiring high positioning accuracy to general conveying, such as part processing, assembly, inspection and conveying equipment, etc.

Linear Motor Drive

Ball Screw Drive

Worm Gear Drive Type

Timing Belt Drive Type