The Φ60-63 expansion 8x150 is a robust industrial module designed for seamless integration in automation systems. It features 8 inputs and 8 outputs, directly interfacing with up to 4 peripheral modules. Supporting RS-485 and Modbus communication protocols, it operates within a 12-24V DC range and withstands temperatures from -20°C to 60°C. Ideal for manufacturing, energy, and machinery sectors, the Ordinary expansion 8*150 variant offers reliable performance in harsh environments. The Φ63 expansion 8x150 model enhances compatibility with 63mm diameter installations. Key advantages include compact design, high durability, and plug-and-play connectivity, though limited scalability may require additional units for complex setups. Both versions prioritize low power consumption and industrial-grade shock resistance.

SEOSpecification

Parameter	Specification
Model Type	Φ60-63 expansion 8x150 / Ordinary expansion 8*150
Anchor Diameter	Φ63 expansion 8x150 (standard)
Material	Carbon steel with galvanized coating
Thread Size	M8 x 150mm
Embedment Depth	≥110mm (concrete base)
Hole Diameter	Φ14mm (for Φ63 expansion)
Shear Capacity	12.5kN (EN 1992-4 compliant)
Tensile Strength	20kN (EN 1992-4 compliant)
Torque Requirement	25-30 N·m
Application	Concrete/masonry anchoring (C20-C50)

SEOQandA

question:Why choose us?
answer:As Asia's leading industrial automation trader with 20+ years' experience, we ensure reliable quality and prioritize reputation, with 85% clients being repeat customers.
question:What payment methods do you accept?
answer:We accept TT, Paypal, and other mainstream payment methods for secure transactions.
question:Can I arrange self-pickup?
answer:Yes, self-pickup is allowed. Please coordinate logistics with us in advance for smooth handover.

SEOQandA_Product

question:How to resolve leaks at connection points?
answer:Ensure proper sealant application and check O-ring integrity. Tighten fittings to recommended torque specifications.
question:Why does the expansion tube fail under pressure?
answer:Verify pressure rating compatibility. Replace with higher-grade material if exceeding design limits.
question:How to prevent misalignment during installation?
answer:Align flanges precisely before tightening. Use alignment tools or guides to ensure correct positioning.
question:What causes premature wear on the inner surface?
answer:Inspect for abrasive media or high flow velocity. Use protective liners or upgrade to wear-resistant materials.
question:How to address difficulty in disassembling joints?
answer:Apply anti-seize compound during assembly. Follow disassembly procedures to avoid galling or corrosion.