5-20-KR Angle Body Flow Switch (PVDF Kynar)
$118.91
General Specifications
Applications
The 5-20-KR Angle Body Flow Switch, made from durable PVDF Kynar, is the go-to solution for OEM low-flow sensor applications. Its innovative design features a built-in clean-out port, allowing quick and easy removal of the spring and poppet without the need to disassemble your plumbing system.
This versatile flow switch is available with five factory-set flow sensor points:
- 0.1 GPM,
- ∙0.25 GPM,
- ∙0.5 GPM,
- ∙0.75 GPM, and
- ∙1 GPM (with the titanium spring installed).
For ultra-low flow rates, the switch can be mounted vertically without the titanium spring. Additionally, the built-in 9/16 UNF female bosses are designed for compatibility with four available accessory fittings, offering unmatched flexibility and ease of installation.
Additional Models for Varied Applications
Explore related models for your specific needs:
- 5-20-LFT: Low-flow switch models.
- 5-21 and 5-21H: Flow switch models for broader applications.
- 5-19: Flow switch/indicator combination models.
- 5-18: Flow indicator models.
Material Compatibility
The PVDF Kynar version of the 5-20-KR is specially engineered for use in highly corrosive environments, making it suitable for:
- Harsh acids,
- Caustics,
- Chlorine, and
- Other corrosive chemicals.
This chemical resistance ensures reliable performance in demanding industrial applications.
Applications and Features
The 5-20-KR and its related models are ideal for a wide range of industries, including:
- Corrosive chemical flow monitoring
- Liquid flow control in harsh environments
- OEM applications requiring durability and precision
Search for terms such as “corrosion-resistant flow switch,” “chlorine flow sensor,” “PVDF low-flow switch,” or “chemical flow switch” to discover more about these robust solutions.
Why Choose the 5-20-KR?
With its PVDF Kynar construction, maintenance-friendly design, and compatibility with a range of accessory fittings, the 5-20-KR Angle Body Flow Switch is the ideal choice for harsh chemical applications and low-flow sensing in OEM systems.