Cheras | KL | Kajang | Semenyih | Sri Petaling | Subang Jaya | Shah Alam | Klang | Kota Kemuning | Bangsar | Petaling Jaya | Kelana Jaya | Klang Lama | Balakong | Puchong

• Only 6 mm thick yet provides a sensing distance of 3 mm (TL-W3MC1)

• Aluminum die-cast models also available

Model

TL-W5MD[]

Sensing distance

5 mm ±10%

Set distance

0 to 4

• ON/OFF signals and incident light levels can be sent to the host PLC without any need for programming (DeviceNet communications slave functionality)

•  Product lineup with M12, M18, and M30 models

• Fixed sensing distance requires no sensitivity adjustment

Model

E2K-X4ME
E2K-X4MF
E2K-X4MY

E2K-X8ME
E2K-X8MF
E2K-X8M

E2K-X15ME
E2K-X15MF

Model

E2KQ-X10ME1

E2KQ-X10ME2

Sensing distance *1

10 mm

Sensing distance adjustable range

6 to 10 mm

Differential travel

4% to 20% of sensing

Sensing Band

Sheath

Polyethylene

Core

SUS316 stainless steel

Ambient operating temperature

-10 to 55°C

Weight

Approx.

Sheath Special plastic fiber braided cable with water-absorbent and water-repellent characteristics Core Tin-plated, copper stranded wire Ambient operating
temperature -15 to 60°C Fire retardancy Not fire

Model Installation Cable Weight
(packed
state) Ambient
temper-
ature Tight-
ening
torque Mount-
ing
hole Bend-
ing
radius Un-
bend-
able
length Tensile
strength Sheath

  Models Installation Cable Weight
(packed
state)
(g) Ambient
temper-
ature Tight-
ening
torque Bending
radius Unbend-
able
length Tensile
strength Sheath
material Core

Sensing
direction
(Aperture
angle) Size Appearance
(mm) Bending
radius
of cable Sensing distance (mm) Optical axis
diameter
(minimum
sensing
object) Models E3X-ZV E3NX-FA Rightangle
(Approx.

Through-beam Fiber Units Models Installation Cable Weight
(packed
state)
(g) Ambient
temper-
ature Tight-
ening
torque Mount-
ing
hole Bend-
ing
radius Un-
bend-
able
length Tensile

Type Straight type E9NC-TH5S E9NC-TH12S Right-angle air type E9NC-TH5L E9NC-TH12L Flanged type/Straight type E9NC-TH5SF E9NC-TH12SF Flanged type/Right-angle air type E9NC-TH5LF E9NC-TH12LF Measuring range (Moving range) 5 mm 12 mm Resolution 0.

Application
HVAC, air compressors, tunnel ventilation, water supply & water treatment
 

• Controls various high-efficiency motors: IM, PM, and SynRM
• Effective harmonic suppression to extend system life: The lowest harmonics can reach THDi Min.

• Field Oriented Control
• Suitable for both synchronous servo motors and asynchronous servo motors
• Built-in brake unit
• RS-485 communication interface (RJ-45) and

Application 

• Power transmission equipment, elevator, crane, CNC tooling machines, extrusion machines, injection molding machines, and auto-storage and retrieval systems

• Output frequency: 0~600Hz
• 4

Application
Telescopic belt conveyor 

• Adopts integrated double-drive frequency conversion and speed regulation, one-drive double motor (Conveyor motor and Telescopic motor)
• Thin volume, electric control cabinet space can be reduced by 60%

Application 

• Edge banding machine
• Logistic conveyor
• Material handling
• Constant pressure pump

Application
Small size pump & fan, blowing machine, conveyer belt, simple DIY processing equipment

1. Output frequency: 0.

Application
Home elevator, cargo elevator, passenger elevator in both residential and commercial buildings

• Power rating from 2.

Application

Smaller cranes; washing machines; treadmilsl; robot arm of injection machine (clamp); elevator; grinding machine; drilling machine; wood machine; webbing loom; air conditioner for large buildings; water supply system for large buildings, etc.

1. Output frequency: 0.

Application 

• Doors control

• Door width is determined automatically and is recorded in related elevator parameters.

The Delta C200 Series is an intelligent vector control micro AC motor drive that provides versatile control modes for motors. The Delta C200 Variable Frequency Drive (VFD) includes built-in PLC functions with programming capacity up to 5,000 steps.

A traditional drive system used for inertia load work generally performs rapid deceleration, braking and positioning. When its motor is in generator mode it produces large amounts of regenerative energy that must be consumed to maintain a stable DC bus voltage and safe operation. The traditional method to solve the regenerative energy problem is to install a brake resistor.

A traditional drive system used for inertia load work generally performs rapid deceleration, braking and positioning. When its motor is in generator mode it produces large amounts of regenerative energy that must be consumed to maintain a stable DC bus voltage and safe operation. The traditional method to solve the regenerative energy problem is to install a brake resistor.