Parameter | Value |
---|---|
Accuracy | 0.03% R.O. |
Optional Accuracy | 0.02% R.O., 0.015% R.O. |
Recommended Platform Size | 150*150 MM |
Construction | Aluminum, Surface Anodized |
Environmental Protection | IP65 |
Technical Data | Specification |
---|---|
Rated Capacity | 1.5, 3, 6 kg |
Rated Output | 1.0±10% mV/V |
Zero Balance | ±5% R.O. |
Input Resistance | 1130±20Ω |
Output Resistance | 1000±10Ω |
Linearity Error | ±0.02% R.O. |
Repeatability Error | ±0.015% R.O. |
Hysteresis Error | ±0.015% R.O. |
Creep in 2 Min. | ±0.015% R.O. |
Creep in 30 Min. | ±0.03% R.O. |
Temp. Effect on Output | ±0.05% R.O./10℃ |
Temp. Effect on Zero | ±2% R.O./10℃ |
Compensated Temp. Range | 0-+40℃ |
Excitation, Recommended | 5-12VDC |
Excitation, Maximum | 18VDC |
Operating Temp. Range | -10-+40℃ |
Safe Overload | 150% R.C. |
Ultimate Overload | 200% R.C. |
Insulation Resistance | ≥2000MΩ (50VDC) |
Cable, Length | ø0.8mm × 0.2m |
1. What is the primary use of LAK-H1 Load Cell?
The LAK-H1 Load Cell is primarily used for precision weight measurements in various scales including electronic balances, counting scales, retail scales, and jewelry scales. It is essential for applications requiring high measurement accuracy and reliability. The load cell's design and materials ensure that it can handle various weights and provide accurate readings consistently.
2. How does IP65 protection benefit the LAK-H1 Load Cell?
IP65 protection ensures that the LAK-H1 Load Cell is dust-tight and resistant to water jets from any direction. This makes the load cell suitable for environments where exposure to dust and moisture is a concern. The IP65 rating extends the product's lifespan and enhances its reliability in various operating conditions.
3. What makes the LAK-H1 Load Cell suitable for retail and jewelry applications?
The LAK-H1 Load Cell offers high precision with an accuracy of 0.03% R.O., which is essential in retail and jewelry applications where even slight weight discrepancies can have financial repercussions. Its design allows for a wide range of capacities and ensures durability and reliability, making it ideal for such sensitive applications.
4. Can the LAK-H1 Load Cell handle different temperature ranges effectively?
Yes, the LAK-H1 Load Cell is designed to operate effectively within a temperature range of -10℃ to +40℃. Its temperature compensation features ensure that weight measurements remain accurate even with temperature fluctuations, making it suitable for various environmental conditions.
5. What construction materials are used in the LAK-H1 Load Cell?
The LAK-H1 Load Cell is constructed from high-quality aluminum alloy of aviation standard, which ensures strength and durability. The anodized surface provides additional protection against corrosion and wear, contributing to the load cell's longevity and performance even in demanding settings.
Product Quality
The LAK-H1 Wireless Crane Load Cell exemplifies high product quality with its robust construction and precise engineering. Made from aviation-standard aluminum alloy and featuring a meticulously anodized surface, it is designed to endure rigorous operational environments. Its precision is underscored by an accuracy rating of 0.03% R.O., making it exceptionally reliable for critical measurements in applications like retail and jewelry scales. The incorporation of IP65 protection class further attests to its robust design, ensuring dust and moisture don’t compromise its functionality. Every load cell is calibrated at the factory to account for off-center load compensation, thus simplifying installation and minimizing the need for extensive adjustments. The meticulous engineering and materials choice not only promise durability but also ensure consistent performance across diverse operating conditions. Furthermore, the ability to handle safe and ultimate overloads up to 150% and 200% of rated capacity, respectively, highlights its capability to manage unexpected load variations. Such features collectively render the LAK-H1 Load Cell a reliable choice for businesses that cannot compromise on precision and durability.