WIKA pressure gauge 633.50

WIKA pressure gauge 633.50

Capsule type, made of stainless steel material

Process Industry, NS 63, 100, and 160

application

Suitable for gases, dry and corrosive media, as well as corrosive environments

Process industries: chemical, petrochemical, pharmaceutical, biotechnology, machinery, and power generation industries

Functional characteristics

Correct zero point from the front

All stainless steel structure

Equipped with a liquid filled casing, suitable for high dynamic pressure loads and vibration applications (model 633.50)

The low scale range is from 0 2.5 mbar to 0 600 mbar or 0 1 inH2O to 0 240 inH2O

describe

The 632.50 capsule pressure gauge is made of all stainless steel, making it particularly suitable for applications in the process industry. They are based on mature capsule measurement systems. When pressurized, the capsule components undergo proportional deformation to produce displacement based on changes in inlet pressure. The displacement changes are transmitted to the movement measurement mechanism and displayed on the dial through pointers.

The modular design allows for multiple combinations of case materials, process connections, nominal dimensions, and ranges. Therefore, this instrument can be widely used in various occasions in the process industry.

If it needs to be installed on the control panel, the diaphragm pressure gauge can be fixed with surface mounting flanges, triangular raised edges, or mounting brackets according to the type of process connector.

The 633.50 shell filled with liquid is suitable for measuring high dynamic pressure pulses or vibrations.

Scale range is 0 2.5 mbar to 0 600 mbar or 0 1 inH2O to 0 240 inH2O and vacuum and+/- scale range ensure the measurement range required for various applications.

WIKA 压力表633.50
膜盒式，不锈钢材质
过程工业，NS 63、100和160

应用

• 适用于气体、干燥和腐蚀性介质，也适用于腐蚀性环境
• 过程工业：化工、石化、制药、生物技术、机械和发电工业

功能特性

• 从正面校正零点
• 全不锈钢结构
• 配有充液外壳，适用于高动态压力负荷和振动的应用场合（型号 633.50）
• 低刻度范围从 0 … 2.5 mbar 至 0 … 600 mbar 或 0 … 1 inH2O 至 0 … 240 inH2O

描述