GBOX8 Weighing Box – Maximum Reliability and Integrated Solution
Designed and manufactured by Giropes
GBOX8 weighing box a robust, reliable solution that allows the construction of a complete, high-quality weighing system using exclusively Giropes components. This synergy guarantees the top-quality operation and long-term reliability of the measuring equipment.
The GBOX8 plays a central role in analog signal conversion and stabilization, ensuring the most accurate data processing from the connected load cells.
Key Features and Advantages
The design of the GBOX8 focuses on durability and protection capabilities, making it ideal for use in industrial environments:
- Capacity: With 8 load cells suitable for connection. This flexibility allows for the construction of medium and large-sized weighing systems.
- Housing Material: ABS enclosure, which ensures excellent mechanical resistance and chemical stability.
- Protection: IP66 protection rating. This level guarantees the box is completely protected against dust ingress and against high-pressure water jets, allowing for safe operation outdoors or in wet environments.
- Signal Processing: The function of the box is to receive the signals arriving from the analog load cells, to stabilize them, and to ensure reliable, accurate readings for the weighing system.
- Cable Entry: The box PG9 kábel tömszelencékkel which are specifically erősített kábelek . This design, together with the housing design, contributes to maintaining the IP66 protection rating.
- Quality Assurance: Manufactured based on the „design and quality” principle guaranteed by Giropes, which results in the perfect interoperability of all system components.
Technical Specifications
The table below summarizes the critical technical parameters of the GBOX8 weighing box:
| Parameter |
Spezification |
Note |
| Típus |
Mérődoboz |
GBOX8 model |
| Number of Load Cell Inputs |
Maximum 8 |
For analog load cells |
| Housing Material |
ABS |
High-resistance plastic |
| Protection Class |
IP66 |
Complete dust protection, protection against strong water jets |
| Cable Entry Type |
PG9 |
Suitable for shielded cables |
| Signal Processing |
Analog signal stabilization |
Maximum reading reliability |
| Manufacturer |
Giropes |
Garancia a rendszer kompatibilitásra |
Detailed Functional Description
The GBOX8 junction box is not just a simple distributor, but an active signal conditioning unit in the weighing system. The extremely sensitive analog voltage signals generated by the load cells are often susceptible to noise and environmental fluctuations. The role of the GBOX8 is to receive these signals at the input side and then transmit them in a stabilized form suitable for digital processing to the display or control unit.
Integrated System Guarantee:
According to the Giropes philosophy, the reliability of the weighing system is highest when every single component (from the load cell to the display) consists of parts optimized by the same manufacturer. The GBOX8 is a key element of this concept as it ensures perfect matching between the load cells and the measuring instrument.
IP66 Protection and Cable Management:
Az IP66 besorolás elérése érdekében a GBOX8 házát gondosan tervezték. Az ABS anyag kiválóan ellenáll a mechanikai igénybevételnek és a legtöbb iparilag használt tisztítószernek. A PG9 kábel tömszelencék használata kritikus fontosságú, különösen olyan telepítéseknél, ahol a kábeleket mechanikai sérülésektől kell védeni (pl.: acélhálós vagy páncélozott kábelek). A tömszelencék szakszerű beépítése garantálja, hogy a doboz belső érzékeny elektronikája védve maradjon a nedvességtől és a portól, fenntartva ezzel a hosszú távú pontosságot.
Application Areas:
The GBOX8 is the ideal choice for any industrial application requiring reliable weight data acquisition, including:
- Industrial scales (floor scales, tank and silo scales)
- Process control dosing
- Weight control for material handling systems
The GBOX8 ensures that the physical load measured by the load cells reaches the processing unit in its purest form, minimizing sources of error in the system.
