SLCS30/35 Series 30 mm Resolution 20 m Sensing Distance 100 mm to 2400 mm Protective Height Base Light Curtain Replacement
- Model
- SLCS30/35 Series | SLCS30-0100-R/35, SLCS30-0100-T/35, SLCS30-0200-R/35, SLCS30-0200-T/35, SLCS30-0300-R/35, SLCS30-0300-T/35, SLCS30-0400-R/35, SLCS30-0400-T/35, SLCS30-0500-R/35, SLCS30-0500-T/35, SLCS30-0600-R/35, SLCS30-0600-T/35, SLCS30-0700-R/35, SLCS30-0700-T/35, SLCS30-0800-R/35, SLCS30-0800-T/35, SLCS30-0900-R/35, SLCS30-0900-T/35, SLCS30-1000-R/35, SLCS30-1000-T/35, SLCS30-1100-R/35, SLCS30-1100-T/35, SLCS30-1200-R/35, SLCS30-1200-T/35, SLCS30-1300-R/35, SLCS30-1300-T/35, SLCS30-1400-R/35, SLCS30-1400-T/35, SLCS30-1500-R/35, SLCS30-1500-T/35, SLCS30-1600-R/35, SLCS30-1600-T/35, SLCS30-1700-R/35, SLCS30-1700-T/35, SLCS30-1800-R/35, SLCS30-1800-T/35, SLCS30-1900-R/35, SLCS30-1900-T/35, SLCS30-2000-R/35, SLCS30-2000-T/35, SLCS30-2100-R/35, SLCS30-2100-T/35, SLCS30-2200-R/35, SLCS30-2200-T/35, SLCS30-2300-R/35, SLCS30-2300-T/35, SLCS30-2400-R/35, SLCS30-2400-T/35
Item specifics
- Series:
- SLCS30/35 Series
- Resolution:
- 30 mm
- Scanning range:
- 5 - 20 m
- Protective field height:
- 100 - 2400 mm
- 2 Safety outputs (OSSD):
- 2 PNP
- Response time:
- 8 - 38 ms
- Connection type:
- M12
- security level:
- PLe4
Review
Description
SLCS30/35 Series 30 mm Resolution 20 m Sensing Distance 100 mm to 2400 mm Protective Height Base Light Curtain Replacement Parameter
Brand | Receiver | Transmitter | DADISICK |
|
|
Models
|
SLCS30-0100-R/35 | SLCS30-0100-T/35 | QT04-40-120 2BE |
|
SLCS30-0200-R/35 | SLCS30-0200-T/35 |
QT06-40-200 2BE | ||
SLCS30-0300-R/35 | SLCS30-0300-T/35 | QT08-40-280 2BE |
||
SLCS30-0400-R/35 | SLCS30-0400-T/35 | QT10-40-360 2BE | ||
SLCS30-0500-R/35 | SLCS30-0500-T/35 | QT14-40-520 2BE | ||
SLCS30-0600-R/35 | SLCS30-0600-T/35 | QT16-40-600 2BE | ||
SLCS30-0700-R/35 | SLCS30-0700-T/35 | QT18-40-680 2BE | ||
SLCS30-0800-R/35 | SLCS30-0800-T/35 | QT20-40-760 2BE | ||
SLCS30-0900-R/35 | SLCS30-0900-T/35 | QT24-40-920 2BE | ||
SLCS30-1000-R/35 | SLCS30-1000-T/35 | QT26-40-1000 2BE | ||
SLCS30-1100-R/35 | SLCS30-1100-T/35 | QT28-40-1080 2BE | ||
SLCS30-1200-R/35 | SLCS30-1200-T/35 | QT30-40-1160 2BE | ||
SLCS30-1300-R/35 | SLCS30-1300-T/35 | QT34-40-1320 2BE | ||
SLCS30-1400-R/35 | SLCS30-1400-T/35 | QT36-40-1400 2BE | ||
SLCS30-1500-R/35 | SLCS30-1500-T/35 | QT38-40-1480 2BE | ||
SLCS30-1600-R/35 | SLCS30-1600-T/35 | QT40-40-1560 2BE | ||
SLCS30-1700-R/35 | SLCS30-1700-T/35 | QT44-40-1720 2BE | ||
SLCS30-1800-R/35 | SLCS30-1800-T/35 | QT46-40-1800 2BE | ||
SLCS30-1900-R/35 | SLCS30-1900-T/35 | QT48-40-1880 2BE | ||
SLCS30-2000-R/35 | SLCS30-2000-T/35 | QT50-40-1960 2BE | ||
SLCS30-2100-R/35 | SLCS30-2100-T/35 | QT54-40-2120 2BE | ||
SLCS30-2200-R/35 | SLCS30-2200-T/35 | QT56-40-2200 2BE | ||
SLCS30-2300-R/35 | SLCS30-2300-T/35 | QT58-40-2280 2BE | ||
SLCS30-2400-R/35 | SLCS30-2400-T/35 | QT60-40-2360 2BE | ||
Beam spacing | 30 mm | 40 mm | ||
Protected altitude | 100 mm, 200 mm, 300 mm, 400 mm, 500 mm, 600 mm, 700 mm, 800 mm, 900 mm, 1000 mm, 1100 mm, 1200 mm, 1300 mm, 1400 mm, 1500 mm, 1600 mm, 1700 mm, 1800 mm, 1900 mm, 2000 mm, 2100 mm, 2200 mm, 2300 mm, 2400 mm | 120 mm, 200 mm, 280 mm, 360 mm, 520 mm, 600 mm, 680 mm, 760 mm, 920 mm, 1000 mm, 1080 mm, 1160 mm, 1320 mm, 1400 mm, 1480 mm, 1560 mm, 1720 mm, 1800 mm, 1880 mm, 1960 mm, 2120 mm, 2200 mm, 2280 mm, 2360 mm | ||
Scanning range | 5 - 20 m | 0.3 - 20 m | ||
Response time | 8 ms - 38 ms | ≤15 ms | ||
Output method | 2 PNP | 2 PNP | ||
Reliability and durability | IP67 | IP65 | ||
Connector | M12 | M16 | ||
Housing cross-section | 20 mm x 29.5 mm | 51 mm x 35 mm | ||
Safety Certificate | TÜV, UL, EC, UKCA | TÜV, UL, CE, RoHS, GB | ||
We are able to reproduce the specific connection configuration of each brand with high level of accuracy. | ||||
Product model display instructions
The product models displayed on this page are only used to describe and compare the characteristics, specifications, and performance of different products. These models do not represent recommendations or associations for any specific brand or company. When users choose products, please understand and compare the detailed information of each brand's products on your own.
Product recommendations
Model：
QT04-40-120 2BE, QT06-40-200 2BE, QT08-40-280 2BE
QT10-40-360 2BE, QT14-40-520 2BE, QT16-40-600 2BE
QT18-40-680 2BE, QT20-40-760 2BE, QT24-40-920 2BE
QT26-40-1000 2BE, QT28-40-1080 2BE, QT30-40-1160 2BE
QT34-40-1320 2BE, QT36-40-1400 2BE, QT38-40-1480 2BE
QT40-40-1560 2BE, QT44-40-1720 2BE, QT46-40-1800 2BE
QT48-40-1880 2BE, QT50-40-1960 2BE, QT54-40-2120 2BE
QT56-40-2200 2BE, QT58-40-2280 2BE, QT60-40-2360 2BE
FAQ
Q: How to determine the height of a safety light curtain?
A：
The height position of a safety light curtain refers to the position of the light curtain relative to the upper and lower die openings on the machine. Under the premise of ensuring a safe distance, the lowest beam of the safety light curtain must not be higher than the lower edge of the die opening, and the highest beam must not be lower than the upper edge of the die opening.
The protective height of a safety light curtain refers to the distance between the uppermost and lowermost beams of the light curtain, which represents the effective height of the light curtain. The protective height is equal to the stroke of the machine slide plus the adjustment amount. The size of the protective height is related to the number of safety light curtain beams. If the number of beams is too few, the light curtain height may not fully cover the hazardous area, potentially leading to accidents. On the other hand, if the protective height is too large, it can result in unnecessary expenses and inconvenience in usage. Therefore, selecting the appropriate specifications (number of beams) for the safety light curtain based on the protective height is crucial.
The safety distance of a safety light curtain refers to the shortest distance between the light curtain and the dangerous area of the working mold edge, which is the distance required for the slide to stop from the position where the hand obscures the light curtain to reach the danger boundary. The safety distance is one of the necessary conditions to ensure the protective function of the safety light curtain and must be calculated correctly! The calculation method should be determined based on the braking method of the press.
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