Pick System with Lever Triggers and Button Design for Put to Light Warehouse Picking
- Model
- Pick System RY3P-110
Item specifics
- Size
- 90mm(W)*95mm(H)*31mm(D)
- Button life
- 20 million times
- Operating Voltage
- DC12V
- Working Current
- 120mA(max)
- Power Consumption
- 1.5W(max)
Review
Description
Pick System with Lever Triggers and Button Design for Put to Light Warehouse Picking
Pick system RY3P-110 enhances your warehouse efficiency with its versatility and robustness. Designed to withstand demanding environments, this system ensures durability, reliability, and optimized operation. Invest in the RY3P-110 today to experience the benefits of a durable, efficient, and user-friendly pick system. Designed to meet the demands of modern warehouses, this system ensures accurate order picking and long-term reliability.
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Model
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RY3P-110
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Name
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Single light lever electronic tag
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Size
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90mm*95mm*31mm
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Button Life
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20 million times
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Operating Voltage
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DC12V
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Working Current
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120mA(max)
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Power Consumption
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1.5W(max)
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Working Environment | 0℃～+60℃, 20%～90%RH | Feature | Double trigger design of button lever, free selection of light-off mode, optimized operation. |
Why Choose Pick System Electronic Tag RY3P-110?
Optimized for Put to Light Operation, the RY3P-110 enhances warehouse efficiency and accuracy. Its robust design and dual trigger options streamline picking processes, minimizing errors. Engineered to endure tough conditions, its sealed design ensures reliability in harsh environments. Featuring dual trigger options (button and lever), this system offers flexibility and enhances user experience, adapting to different operational needs for improved efficiency.
♦ Sealed Design for Durability
The RY3P-110 features a sealed design that is waterproof, dustproof, and impact-resistant. This makes it highly reliable and durable in environments exposed to oil, dust, and other contaminants.
♦ Dual Trigger Design
This system includes both button and lever triggers, offering flexible extinguishing options to optimize the picking process. Users can choose their preferred method for turning off the lights, enhancing operational efficiency.
