High-output bar lighting with a balanced combination of wide-angle illumination, brightness, and uniformity.
A simple type of bar lighting with densely arranged high-output chip LEDs. It can brightly illuminate a close range with a wide coverage.
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basic information
【 Material 】 Aluminum, resin 【 Cable Length 】 0.3m 【 Cable Type 】 Robot cable AWG22 (2-core, outer diameter 4.7mm) 【 Number of Channels Used 】 1ch (Size 1500 is 2ch) 【 Operating Environment 】 Temperature 0–40℃, Humidity 20–87% RH (no condensation) 【 Cooling Method 】 Natural cooling 【 Input Voltage 】 DC24V 【 Connector 】 SMR-03V-B (manufactured by Nippon) 【 Polarity 】 1 pin: + (core wire pink) 2 pin: NC 3 pin: - (core wire blue)
Price range
Delivery Time
P4
Applications/Examples of results
Affordable and versatile long bar lighting (light-emitting length 400 to 2000 mm) Standard equipped with a transparent resin cover Aluminum frame structure allows for frame nut fixation <Applications> Printing inspection Alignment General appearance inspection
Line up（36）
| Model number | overview |
|---|---|
| VCLSF2-400W(White) | |
| VCLSF2-400R(Red) | |
| VCLSF2-400G(Green) | |
| VCLSF2-400B(Blue) | |
| VCLSF2-500W(White) | |
| VCLSF2-500R(Red) | |
| VCLSF2-500G(Green) | |
| VCLSF2-500B(Blue) | |
| VCLSF2-600W(White) | |
| VCLSF2-600R(Red) | |
| VCLSF2-600G(Green) | |
| VCLSF2-600B(Blue) | |
| VCLSF2-700W(White) | |
| VCLSF2-700R(Red) | |
| VCLSF2-700G(Green) | |
| VCLSF2-700B(Blue) | |
| VCLSF2-800W(White) | |
| VCLSF2-800R(Red) | |
| VCLSF2-800G(Green) | |
| VCLSF2-800B(Blue) | |
| VCLSF2-900W(White) | |
| VCLSF2-900R(Red) | |
| VCLSF2-900G(Green) | |
| VCLSF2-900B(Blue) | |
| VCLSF2-1000W(White) | |
| VCLSF2-1000R(Red) | |
| VCLSF2-1000G(Green) | |
| VCLSF2-1000B(Blue) | |
| VCLSF2-1200W(White) | |
| VCLSF2-1200R(Red) | |
| VCLSF2-1200G(Green) | |
| VCLSF2-1200B(Blue) | |
| VCLSF2-1500W2C(White) | |
| VCLSF2-1500R2C(Red) | |
| VCLSF2-1500G2C(Green) | |
| VCLSF2-1500B2C(Blue) |
Company information
We will always maintain a strong awareness of issues and strive for innovative product development through creativity and ingenuity. Among these efforts, we will focus on image processing technology to make previously impossible techniques possible, contributing to the improvement of users' production processes.
