RL20001 Sensor RL20001-250lb~RL20001-20kib_ RICELAKE weighing sensor from the United States

　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　 　

【Guangzhou Zhongxin Automation Technology Co., Ltd】Professional supply of RL20001 sensors RL20001-250lb~RL20001-20kib_RICELAKE weighing sensor from the United StatesRICELAKE, USA_ The RL200011 series guarantees fast delivery times and 100% original imports, providing a complete automated weighing solution for various industrial fields. RICELAKE, USA_ RL200011 series weighing sensor related models: RL20001-250 lb, RL20001-300 lb, RL20001-500 lb, RL20001-750 lb, RL20001-1 klb, RL20001-1.5 klb, RL20001-2 klb, RL20001-2.5 klb, RL20001-3 klb, RL20001-5 klb, RL20001-10 klb, RL20001-15 klb, RL20001-20 klb.
　
RICELAKE RL200011, USAWeighing sensorIt is one of our company's key advantageous products, with absolute competitive prices, in stock, original, authentic, and reliable! Ensure satisfactory price and quality!
　
We solemnly promise: "Within three months, if there are any quality issues, we will unconditionally return or exchange the goods, refund the full payment, and charge no fees.". Warranty 1Year, maintenance at any time!

RL200011 Weighing Sensor Product Parameters

250lb	113.4kg	21434	2lb
300lb	136.1kg	21435	2lb
500lb	226.8kg	21436	2lb
750lb	340.2kg	21437	2lb
1klb	453.6kg	21438	2lb
1.5klb	680.4kg	21439	2lb
2klb	35ft cable	21356	2lb
2klb	907.2kg	21440	2lb
2.5klb	1134.0kg	21441	2lb
3klb	1360.8kg	21442	4lb
5klb	30ft cable	17044	4lb
5klb	2268.0kg	21443	4lb
10klb	4535.9kg	21444	4lb
15klb	6803.9kg	21445	7lb
20klb	30ft cable	17045	17lb
20klb	9071.9kg	21446	17lb
Conduit Adapter Kit* (must be factory installed to maintain warranty)
3/8-24 nipple		31533*	1lb
3/8-24 to 1/4-18 NPT		31534*	1lb
Replacement Agriculture Scale Load Cell - 40 ft Cable
10,000 lb	4,535.9 kg	151746	5lb

RL200011 complete model of weighing sensor

RL20001-25lb，RL20001-50lb，RL20001-75lb, RL20001-100 lb,
RL20001-150 lb, RL20001-200 lb, RL20001-250 lb, RL20001-300 lb,
RL20001-500 lb, RL20001-750 lb, RL20001-1klb,　 RL20001-1.5 klb,
RL20001-2 klb,　 RL20001-2.5 klb,　 RL20001-3 klb,　 RL20001-5 klb,
RL20001-10 klb,　 RL20001- 15klb,　 RL20001-20klb。
　
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Basic performance of measuring instruments
1. Accuracy
(1) Precision δ
It indicates the dispersion of instrument indication values, that is, the degree of dispersion of measurement results (indication values) for a stable measured object, measured by the same measurer using the same instrument multiple times in a relatively short period of time. δ The smaller the measurement, the more precise it is.
For example, the precision of a certain temperature instrument δ= 0.5 ℃ means that the dispersion degree of multiple measurement results is not greater than 0.5 ℃. Precision is a sign of the size of random error, and high precision means small random error.
However, it must be noted that precision and accuracy are two separate concepts, and high precision does not necessarily mean accuracy.
(2) Accuracy ε
It indicates the degree of deviation between the instrument indication value and the true value.
For example, the accuracy of a certain flow meter ε= 0.3m3/s indicates that the indicated value of the instrument deviates from the true value by 0.3m3/s. Accuracy is a sign of the size of system error, and high accuracy means small system error. Similarly, high accuracy does not necessarily mean precision.
(3) Accuracy τ
It is a comprehensive reflection of precision and accuracy, with high precision indicating that both precision and accuracy are relatively high. In the simplest case, the algebraic sum of the two can be taken, i.e τ=δ+ε。 Accuracy is often expressed as the relative value of measurement error.
2. Stability
(1) Stability
Refers to the change in the indicated value caused by the instrument's own random changes, periodic changes, drift, etc. within a specified time and under unchanged measurement conditions. Generally, the precision value of the instrument is expressed together with the length of time.
For example, if the voltage indication value of a certain instrument changes by 1.3V per hour, the stability can be expressed as 1.3mV/h.
(2) Impact quantity
The amount of change in the indicator value caused by changes in the external environment of a measuring instrument is called the influence quantity. It is caused by external environmental influences such as temperature, humidity, air pressure, vibration, power supply voltage, and power supply frequency. When explaining the impact, it is necessary to indicate both the influencing factors and the deviation from the indicated value.
For example, if a certain instrument changes its indicated value by 0.02mA due to a 10% change in power supply voltage, it should be written as 0.02mA/U ± 10%.
　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　
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