multi-strand measurement

LaserLinc's single-axis TLAser160s™ and TLAser1120s™ laser micrometers, with their respective 60mm and 120mm measurement fields, plus high-speed scanning, provide incredible flexibility.

Like their smaller cousin, the TLAser122s™, the TLAser160s and TLAser1120s feature separate transmitter and receiver units. This configuration enables users to mount them farther apart to scan larger products and multiple assemblies. Mounting holes on the underside allow the scanners to be attached to a rail, giving them the same layout as a one-piece gauge, but with  adjustable distance between them. Or, the transmitter and receiver can each be attached to separate stands, allowing full freedom of part movement through the gauge. In addition, the scanner-rail mounting can be rotated to an angle that best suits the product being measured.

As with all LaserLinc scanners, the TLAser160s and TLAser1120s link—via the TLAser400™ micrometer interface card—to a PC running Total Vu™ software. Total Vu software is LaserLinc's sophisticated, yet operator-friendly, measurement/data processing package, which runs on any Windows-based PC, providing in-process tolerance checking, trending, SPC, feedback control, data logging, recipes, and other features.

The TLAser160s and TLAser1120s incorporate a rotating polygonal mirror-based design, and they use the proven optics of LaserLinc's popular TLAser260 and TLAser2120 dual-axis micrometers. Optional air purges mount to the gauges to ensure reliable operation in harsh environments.

LaserLinc's hardware and software provide the tools you need to reduce scrap, save material, increase production efficiency, and improve quality for:

    • Multi-strand measurement.
    • Large pipe, hose, tube, and other products up to 120mm (4.72 inches) in diameter, or even larger with two separate micrometers stacked together.
    • Measuring extremely hot products.
    • Measuring product running inside pressure or vacuum tanks.

Brochures and Mechanical Drawings

TLAser160s

Pdf of the TLAser160s showing the field dimensions and overall gauge dimensions at 4 in, 6 in, 8 in, 10 in and 14 in spacing.

A 3D e-drawing of the TLAser160s showing the field dimensions and overall gauge dimensions at 4 in, 6 in, 8 in, 10 in and 14 in spacing.

A pdf of the TLAser160s without the rail showing the field dimensions and overall gauge dimensions.

A 3D e-drawing of the TLAser160s without the rail showing the field dimensions and overall gauge dimensions.

A 3D e-drawing of the TLAser160s mounted on its stand.

TLAser1120s

A pdf of the mounting dimensions of the TLAswer1120s describing hole and field locations.

A 3D e-drawing of the TLAser1120s.

A 3D e-drawing of the TLAser1120s on a rail showing the different head seperations.

A 3D pdf of the TLAser1120s. Can be viewed directly within the web browser if the pdf plug-in is installed.

TLAser160s Specifications

TLAser1120s Specifications

Measurement
Range
0.01˝ – 2˝ / (.25mm – 51mm)
0.028˝ – 4˝ (0.7mm – 102mm)
Maximum Measurement Size
2.36" / (60mm)
4.72" (120mm)
Measurements Per Second
1,600 standard / 4,000 optional
1,600 standard / 4,000 optional
Resolution
.000001" (.025µm)
.000001˝ (.025µm)
Repeatability*
Single Scan
±0.004˝ (±0.102mm)
±0.008˝ (±0.203mm)
Two Second
±0.00002˝ (±0.5µm)
±0.00004˝ (±1.0µm)
Positional Error
±0.0002˝ (±5µm) within
center 2" (50.8mm)
±0.0004˝ (±10µm) within center 4" (101.6mm)
Approximate Dimensions
(H x W x D)
Transmitter
7.5˝ x 8.5˝ x 2˝
(191mm x 216mm x 51mm)
10.25˝ x 10.7˝ x 2˝
(260mm x 272mm x 51mm)
Receiver
7.5˝ x 4˝ x 2˝
(191mm x 102mm x 51mm)
10.25˝ x 6.5˝ x 2˝
(260mm x 165mm x 51mm)
Approximate Weight
16lbs (7.25kg)
21 lbs (9.5kg)
Power requirements
from PC
None; power is received from AC cord plugged into 90-264 VAC 47-440 Hz 15W maximum.
Run up to four TLAser160s or TLAser1120s micrometers from one card and as many as 16 from one PC using four cards.
Laser Class II visible red laser diode wavelength is 675nm.

*Repeatability applies within the measurement range.