The Garland 070197-1-1 Sensing Shaft High Level is a precision component designed for integration within commercial sensing systems, primarily used in food processing and foodservice equipment. Manufactured by Garland, this OEM sensing shaft provides high-level detection capabilities essential for automated control of liquid and powder levels. Its compact 1-inch height, width, and depth make it suitable for tight installation spaces, supporting accurate sensing in high-volume kitchen workflows. The durable construction ensures long-term performance in demanding environments, enhancing operational reliability and reducing maintenance needs—ideal for mid-volume restaurant service, institutional kitchens, and industrial food processing facilities.
Top AllPoints 070197-1-1 Features
The sensing shaft features a high-precision detection mechanism with corrosion-resistant materials, enabling seamless integration with various sensor brackets. Its robust design ensures durability under frequent cleaning cycles, while its compact size simplifies installation and replacement. The shaft's construction supports consistent sensing accuracy for modulating liquid levels, reducing false triggers and downtime in commercial foodservice operations. An easy-to-maintain design allows quick disassembly for cleaning, ensuring sanitation standards without interrupting workflow. Suitable for applications requiring reliable liquid or powder level detection with minimal calibration efforts.
- Precise detection performance in high-demand environments
- Corrosion-resistant materials for long-term durability
- Compact design for easy installation and replacement
- Supports seamless integration with sensing automation systems
- Low maintenance, quick disassembly facilitates sanitation
Optimized for food processing plants and automated kitchen functions requiring high accuracy sensing.
AllPoints 070197-1-1 Technical Specs
The Garland 070197-1-1 sensing shaft operates within a standard power-dependent detection system without specific electrical requirements, enabling flexible integration with existing automation controls. Constructed from corrosion-resistant materials, it measures 1 inch in height, width, and depth, with a lightweight design supporting easy installation. Its compact OEM form factor is suited for confined spaces within food processing and preparation equipment. Designed for longevity in washdown environments, the shaft withstands frequent cleaning and operational cycles, making it ideal for continuous use in institutional and commercial kitchens. Its precise sensing performance minimizes false alarms, contributing to workflow efficiency and operational consistency.
- Electrical Requirements: Compatible with standard sensor systems
- Material construction: Corrosion-resistant, durable polymer and metal blend
- Dimensions: 1" W x 1" D x 1" H
- Weight: 0 lbs (OEM component)
- Temperature Resistance: Operating in typical washdown and kitchen temperatures
- Compatibility: Designed for integration with sensing automation in commercial equipment
- Cleaning & Maintenance: Disassembly supported for sanitation routines
- Construction & Finish: Resistant to moisture, with a sleek, surface finish
- Electrical compatibility: Supports standard high-volume sensor wiring
- Installation clearance: Fits within tight OEM spaces
- Corrosion resistance: Suitable for wet, washdown environments
- Durability traits: Made from corrosion-resistant polymer and metal components
- Ease of maintenance: Quick disassembly for cleaning and part replacement
- Application settings: Compatible with liquid level control systems in kitchens and processing lines
What is a commercial sensing shaft?
A commercial sensing shaft is a precision component used in automated detection systems to monitor liquid or powder levels within foodservice and industrial processing equipment. Constructed from durable, corrosion-resistant materials, it provides reliable operation in washdown and high-volume environments. Installed in liquid level control mechanisms or sensor assemblies, this OEM part like Garland 070197-1-1 facilitates accurate sensing and automatic system responses, making it suitable for applications such as food processing lines, beverage dispensers, and multi-unit kitchen equipment. Its compact form factor ensures easy integration into existing machinery, supporting continuous, efficient workflow in mid-volume and institutional foodservice settings.
Top Commercial Sensing Components for Foodservice Operations
Built for reliable automation, Garland 070197-1-1 sensing shafts support precise liquid level detection in commercial kitchens, serving applications with moderate throughput. Manufactured by AllPoints, this OEM component is ideal for food processing, catering, and institutional facilities, offering robust performance and easy maintenance. Its compact, corrosion-resistant design makes it a practical choice for foodservice environments requiring dependable sensing solutions.
- Operation type — Suitable for medium-volume food processing stations
- Kitchen type — Fits in compact commercial environments
- Foodservice category — Designed for industrial and institutional kitchens
- Workload qualifier — Supports moderate throughput detection
- Use case — Used in liquid or powder level control systems
Why Choose AllPoints 070197-1-1?
Designed for durability and seamless integration, this sensing shaft offers superior corrosion resistance and reliable operation compared to standard OEM components. Its compact size and robust construction facilitate easy installation and maintenance, reducing downtime and supporting long-term system performance. The assembly withstands frequent cleaning cycles and environmental exposure typical of commercial kitchens, ensuring consistent sensing accuracy and operational efficiency.
- Supports high-volume food processing automation systems
- Constructed from corrosion-resistant polymer and metal alloys
- Compact OEM design for space-limited installations
- Supports quick disassembly for sanitation and maintenance
- Optimized for continuous, dependable sensing in washdown environments
