
Micro Adjust Performance Push - Pull Control Head Has A Variety Of Flexible Trimming Handles
Product Description
We are a designer and manufacturer of an extensive range of
aircraft cables. The throttle, mixture, and prop/pitch micro adjust
controls are in full compliance with FAA regulations. For adjusting
course travel, the knob needs to be pushed or pulled by depressing
the center button.
Counter-clockwise rotation of the knob leads to retraction of the
output in finite mode, while clockwise rotation leads to its
extension. For 1" of linear travel, four and one-half turns are
needed. The micro adjust setting is not affected by normal
vibration.
In terms of accessories, an optional friction lock is available.
This is needed for applications getting impacted by extreme
vibration. Also available is a control head only for friction lock.
Features
• Glass filled nylon control head
• Travel: 3.00" maximum
• Bend radius:3.00" minimum & 7.00" minimum
• Operating temp:-65°F — 165°F (input);230°F (output)
Applications
• General aviation aircraft
• Throttle control
• Mixture control
• Prop/pitch control
Suggested End Fittings
• Full Range
Technical Parameters
Standard Output - Throttle 565-550
Notes: (Design Parameters) | Operating temperature: | Lost motion: .030 + .0004 per degree of bend with ± 5.0lb of force |
Stroke: 3.00" | from -65°F — +165°F at input end/+230°F at output end | Normal load: ±20lb |
Minimum bend radius:3.00" | Glass filled nylon control head. |
Wire Rope Output - Throttle 565-557
Notes: (Design Parameters) | Operating temperature: | Normal load: Unspecified (determined by installation configuration) |
Stroke: 3.00" | from -65°F — +165°F at input end/+230°F at output end | |
Minimum bend radius: 3.00" | Glass filled nylon control head. |
Solid Wire Output - Throttle 565-558
Notes: (Design Parameters) | perating temperature: | Normal load: Unspecified (determined by installation configuration) |
Stroke: 3.00" | from -65°F — +165°F at input end/+230°F at output end | |
Minimum bend radius: 7.00" | Glass filled nylon control head. |
Friction Lock Control - Throttle 565-555
Notes: (Design Parameters) | Operating temperature: | Normal load: 120lb tension,25lb compression |
Stroke: 3.00" | from -65°F — +165°F at input end/+230°F at output end | |
Minimum bend radius: 3.00" | Lost motion: .030'' + .0004 per degree of bend with ± 5.0lb of force | Glass filled nylon control head. |
Standard Output - Mixture 565-550
Notes: (Design Parameters) | Operating temperature: | Lost motion: .030 + .0004 per degree of bend with ± 5.0lb of force |
Stroke: 3.00" | from -65°F — +165°F at input end/+230°F at output end | Normal load: ± 20lb |
Minimum bend radius: 3.00" | Glass filled nylon control head. |
Wire Rope Output - Mixture 565-557
Notes: (Design Parameters) | Operating temperature: | Normal load: Unspecified (determined by installation configuration) |
Stroke: 3.00" | from -65°F — +165°F at input end/+230°F at output end | |
Minimum bend radius: 3.00" | Glass filled nylon control head. |
Solid Wire Output - Mixture 565-558
Notes: (Design Parameters) | Operating temperature: | Normal load: Unspecified (determined by installation configuration) |
Stroke: 3.00" | from -65°F — +165°F at input end/+230°F at output end | |
Minimum bend radius: 7.00" | Glass filled nylon control head. |
Standard Output - Prop/Pitch 565-550
Notes: (Design Parameters) | Operating temperature: | Lost motion: .030 + .0004 per degree of bend with ± 5.0lb of force |
Stroke: 3.00" | from -65°F — +230°F Normal load: ±20lb | |
Minimum bend radius: 7.00" | Glass filled nylon control head. |
Wire Rope Output - Prop/Pitch 565-557
Notes: (Design Parameters) | Operating temperature: | Normal load: Unspecified (determined by installation configuration) |
Stroke: 3.00" | from -65°F — +165°F at input end/+230°F at output end | |
Minimum bend radius: 3.00" | Glass filled nylon control head. |
Solid Wire Output - Prop/Pitch 565-558
Notes: (Design Parameters) | Operating temperature: | Normal load: Unspecified (determined by installation configuration) |
Stroke: 3.00" | from -65°F — +165°F at input end/+230°F at output end | |
Minimum bend radius: 7.00" | Glass filled nylon control head. |
Ordering Codes
All line art dimensions are respented in inches.
Material
• Stainless Steel or Plated Carbon Steel
• Plastic Coated Carbon Steel Conduit and Innermember
• Plastic Seal
• Plastic Knob
Packing and Shipping
Ordering Codes — UNF Threads
Duty — Size —— ¼
Output Options (Bulkhead Clamp) —— BC
Travel (inches) —— 3
Cable Length (inches) —— XXX
Ordering Codes — Metric Threads
Duty — Size —— M6
Output Options (Bulkhead Clamp) —— BC
Travel (mm) —— 75
Cable Length (mm) —— XXX
FAQ
Q: What is the brand of the Control Cables?
A: The brand of the Control Cables is PHIDIX.
Q: What is the model number of the Control Cables?
A: The model number of the Control Cables is PHIDIX.
Q: Where is the Control Cables manufactured?
A: The Control Cables is manufactured in Shanghai.
Q: What are the specifications of the Control Cables?
A: Please contact us for the specifications of the Control Cables.
Phidix Motion Controls (Shanghai) Co., Ltd.
Phidix Motion Controls (PMC) | Exclusive Authorized Cablecraft Motion Controls (CMC) Assembler in China
Company Profile
Established in 2004 as Shanghai Phidix Trading Co., Ltd., PMC became the sole authorized assembler of Cablecraft Motion Controls (CMC) in China in 2011. CMC, formerly a subsidiary ofthe century-old Tuthill Group, is a global leader in high-end drivetrain solutions for aerospacemilitary, and heavy machinery industries.
Core Competencies
Product Portfolio
Technical Heritage
Leveraging CMC's engineering expertise (originating from Tuthill Group) and PMC's localizedproduction capabilities, we deliver precision solutions for high-end industrial markets, including Luxury buses, heavy trucks, aerospace, construction machinery, rail transport, agricultural machinery, gardening equipment, racing cars, military vehicles, tanks, etc.
About products
Global business
Today, thousands of personalized products designed and produced by PMC in China are selling to all over the world.