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Manufacturer
Keyence
Country
Japan
Name
LS-9030
Type
Mounting bracket
Description
Head: Standard model without monitor camera
Stock availability:
On request
Price: On request
On request
Several positions are needed?
Send your request on email:
If you are inspecting Keyence LS-9030 , catch up with FAMAGA, the world's central vendor of factory-made equipment. Our company has worked for more than ten years - these are years of experience, which are expressed in the quality of items and special attention to each client. We cherish everyone, who worked with us - so, our regular buyers accept the most attractive purchase terms and discounts on the manufacturing equipment market. At present, there are more than 3500 such buyers, and we constantly sign new agreements. More than 650 agreements are achieved per day, because FAMAGA works all over the earth Germany, United Kingdom, Malta, Czech Republic, Equatorial Guinea, Cambodia, New Zealand, Ukraine, Botswana, Russia, Algeria, Myanmar, Croatia, Bhutan, Sudan, North Korea, Iraq, Burundi, Rwanda, Panama, Turkmenistan, Eritrea, Saudi Arabia, The Bahamas, Azerbaijan, South Sudan, Zambia, Liberia, Suriname, Macedonia, Gambia, El Salvador, Benin, Austria, Philippines, Turkey, Egypt, Andorra, Bangladesh, Argentina, Australia, Sweden, Niger, Latvia, Iceland, Luxembourg, Israel, Tajikistan. A well-shaped logistics bond and a partnership network help us to send our items anywhere in the planet with no delay without disreputing product quality.
A special source of dignity for FAMAGA is its staff members, each of whom contributes to our work. We propose into our team only experts, who already have experience in the sphere of machine made streamlined equipment.
All spare parts from FAMAGA are verified - we are responsible for the result of our work. Nowadays, more than 10 million units of products have been shipped, and this amount is rising every day. We are glad that users choose FAMAGA again and again, and we are happy to make more developed and technologically modern industrial equipment so as not to lower the bar.
To consult or order, get in touch with us or write to the online chat on our official website. You can also direct a list of the desirable equipment to the email of our company - we will contact you ourselves with a worked out commercial proposal from FAMAGA.
| Model | LS-9030*1 | |
| Type | Head: Standard model | |
| Measurement range | 0.3 mm (0.08 mm) to 30 mm | |
| Smallest detectable object | 0.3 mm (0.08 mm) | |
| Transmitter/receiver distance | 160 ±40 mm | |
| Repeatability | ±0.1 µm*2 | |
| Measurement accuracy | ±2 µm*3 | |
| Sampling cycle | 16,000 samples/sec.*4 | |
| Transmitter/receiver direction and position detection | Detection area | 20 x 24 mm |
| Smallest detectable object | 0.3 mm | |
| Repeatability | ±0.2 mm*5 | |
| Sampling cycle | 4,000 samples/sec. | |
| Light source | InGaN green LED | |
| Monitor camera | Not provided | |
| Environmental resistance | Enclosure rating | IP67 (including connector) |
| Ambient light | Incandescent lamp/Fluorescent lamp: 3,000 lux or lower | |
| Ambient temperature | 0 to +50 °C | |
| Relative humidity | 20 to 85 % RH (No condensation) | |
| Vibration resistance | 10 to 55 Hz, Double amplitude 1.5 mm, 2 hours in each of the X, Y, and Z directions | |
| Shock resistance | 15 G/6 ms | |
| Material | Aluminum | |
| Weight | Transmitter: Approx. 440 g Receiver: Approx. 440 g Base: Approx. 430 g | |
| *1 The values in brackets are measured in ultra-thin mode. For details on the accuracy of ultra-thin mode, contact the nearest KEYENCE office. *2 A ±2? margin of error when measuring a o10 mm rod in the centre of the measurement area using outer diameter mode with the average measurement number set as 2,048 times. *3 Margin of error when a moving o10 mm rod is measured in the 10 mm x 20 mm measurement area using outer diameter mode. *4 The sampling cycle is changed by the number of OUT set, and by the use of the mutual interference prevention function. *5 A ±2? margin of error when measuring the position of a o10 mm rod in the centre of the measurement area with the average measurement number set as 512 times. |
