Description
For such industries as pharmaceutical, chemical, food and…
HY10.HRP H scales are ideal for industrial conditions where high readability and repeatability of measurement are required, such as in the pharmaceutical, chemical and food industries. The HY10.HRP and HX7.HRP scales whose terminals are made of stainless steel can be used even in the most demanding wet environments.
9 advantages
The ability to weigh loads up to 150 kg on a large pan with high readability and good repeatability, minimal eccentricity error over the entire range, fast and stable measurement (achievable within 1 second), stability of parameters over time and after transport, and a pan dimension adapted to the scale’s readability – all this is the result of using a measurement system based on improved RadwagMONOBLOCK technology. The new – taller and larger – Radwag MONOBLOCK has enabled the best repeatability and speed in the class of high-resolution industrial weighing platforms.
Choose a terminal
HRP high-resolution scales can work with one of two industrial terminals: PUE 7.1 and PUE HY10.
The PUE 7.1 terminal has:
- 5.7-inch color resistive display
- a touch-sensitive keyboard
- ABS plastic housing
- IP 43 protection rating
- communication interfaces: 2xRS232, 2xUSB-A, Ethernet, 4 IN/ 4 OUT, Wi-Fi®®,
- optional additional modules: additional A/D converter module DP6.
The PUE HY10 terminal features:
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10.1-inch color graphic display
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touchscreen keyboard
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stainless steel housing
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IP 68/69 degree of protection
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communication interfaces: 2xRS232, 2xUSB-A, Ethernet, 4 IN/ 4 OUT,
- optional additional modules: Wi-Fi®®, RS485, Profibus, Profinet, moduł wyjść analogowych, 12 IN/ 12 OUT.
The power of steel
The use of stainless steel for weighing pan construction guarantees you a long life for the scale. It is not afraid of contact with moist objects or accidental splashes.The robustness and strength of the design of the HRP high-resolution scales makes it possible to weigh large objects, such as pallets of goods. The stable platform is resistant to vibration, which is important when weighing large objects.