 |
ERPU
FCST
300
Product Overview
27mm Microduct End Stop Connector were developed to connect microducts with each other.Our system enables an easy, fast connection and disconnection of the microduct. The connectors’ robust construction resistance to high pressure forces,allowing them to be used in direct buried (DB) applications. The transparent body enables easy visual inspection of the cable with in the connector.
Product Advantages
- For 27 mm Microducts.
- Easy “push-in” installation.
- Crystal clear transparent body.
-95% of the material is made of non-metal.
- Tested in accordance to EN 50411-2-8:2009.
- Reinforced design. It can meet the DB applications.
- Locking rings to prevent accidental removal of connector.
Product Specifications
Construction | Description |
Microduct to connect | Polyethylene HDPE |
Fluid | Air with blowing system |
Working Pressure | 25 bar |
High Pressure Resistance(safety) | >50bar |
Userful Life | 25 years |
Working Temperature | -45℃/+50℃ |
Transport And Storage Temperature | -10℃/+50℃ |
Installation Temperature | -10℃/+50℃ |
Recommended Blowing Temperature | -15℃/+35℃ |
Protection Class | IP68 |
According To Standards | DIN EN 50411-2-8, Rohs Reach |
FAQ
Q: What industry standards do Microduct connectors meet?
A: EN 50411-2-8：Microduct connectors Product specifications
EN 61300-2-38:2006, Method A: Sealing performance
EN 61300-2-38:2006, Method B: Pressure loss
EN 61300-3-1: Visual appearance
EN 61300-2-4: Microduct retention
EN 61300-2-10: Crush resistance
EN 60794-1-2:2003, Method E4: Impact
EN 61300-2-33: Re-entries
EN 61300-2-22: Change of temperature
EN 61300-2-23:1997, Method 2: Water immersion
EN 61300-2-26: Salt mist
EN 61300-2-34: Chemical resistance
EN 50411-2-8: Annex C: High pressure resistance
EN 50411-2-8: Annex D: Installation test
EN 50411-2-8: Annex E: Insertion force
EN 60529: IP 68
EN 61386-22: Glow Wire Test at 750 ℃
EN 61386-24: Conduit systems buried underground
Q: Where is the Microduct connectors currently sold?
A: Major regions: Europe, Africa, Southeast Asia, South America, North America.
Q: What are Main component composition for the microduct connector
A: The main body of the joint is transparent white and made of PC alloy material.
The sealing ring is located at the upper part of the main body, featuring a black ring-shaped structure and elasticity.
The retaining ring, yellow sleeve and retaining ring together form the "spring sleeve assembly", which realizes the functions of force transmission and fixation.
The yellow sleeve has a barb structure and is used to bear the main tensile force.
The retaining ring and button have been integrated in design, enhancing structural stability and reducing the number of components.
All non-sealing ring components are made of hard plastic, while the yellow sleeves and retaining rings are POM injection molded.
Product Overview
27mm Microduct End Stop Connector were developed to connect microducts with each other.Our system enables an easy, fast connection and disconnection of the microduct. The connectors’ robust construction resistance to high pressure forces,allowing them to be used in direct buried (DB) applications. The transparent body enables easy visual inspection of the cable with in the connector.
Product Advantages
- For 27 mm Microducts.
- Easy “push-in” installation.
- Crystal clear transparent body.
-95% of the material is made of non-metal.
- Tested in accordance to EN 50411-2-8:2009.
- Reinforced design. It can meet the DB applications.
- Locking rings to prevent accidental removal of connector.
Product Specifications
Construction | Description |
Microduct to connect | Polyethylene HDPE |
Fluid | Air with blowing system |
Working Pressure | 25 bar |
High Pressure Resistance(safety) | >50bar |
Userful Life | 25 years |
Working Temperature | -45℃/+50℃ |
Transport And Storage Temperature | -10℃/+50℃ |
Installation Temperature | -10℃/+50℃ |
Recommended Blowing Temperature | -15℃/+35℃ |
Protection Class | IP68 |
According To Standards | DIN EN 50411-2-8, Rohs Reach |
FAQ
Q: What industry standards do Microduct connectors meet?
A: EN 50411-2-8：Microduct connectors Product specifications
EN 61300-2-38:2006, Method A: Sealing performance
EN 61300-2-38:2006, Method B: Pressure loss
EN 61300-3-1: Visual appearance
EN 61300-2-4: Microduct retention
EN 61300-2-10: Crush resistance
EN 60794-1-2:2003, Method E4: Impact
EN 61300-2-33: Re-entries
EN 61300-2-22: Change of temperature
EN 61300-2-23:1997, Method 2: Water immersion
EN 61300-2-26: Salt mist
EN 61300-2-34: Chemical resistance
EN 50411-2-8: Annex C: High pressure resistance
EN 50411-2-8: Annex D: Installation test
EN 50411-2-8: Annex E: Insertion force
EN 60529: IP 68
EN 61386-22: Glow Wire Test at 750 ℃
EN 61386-24: Conduit systems buried underground
Q: Where is the Microduct connectors currently sold?
A: Major regions: Europe, Africa, Southeast Asia, South America, North America.
Q: What are Main component composition for the microduct connector
A: The main body of the joint is transparent white and made of PC alloy material.
The sealing ring is located at the upper part of the main body, featuring a black ring-shaped structure and elasticity.
The retaining ring, yellow sleeve and retaining ring together form the "spring sleeve assembly", which realizes the functions of force transmission and fixation.
The yellow sleeve has a barb structure and is used to bear the main tensile force.
The retaining ring and button have been integrated in design, enhancing structural stability and reducing the number of components.
All non-sealing ring components are made of hard plastic, while the yellow sleeves and retaining rings are POM injection molded.
