| Quantity: | |
|---|---|
Center Space | 6.00mm |
Rated Current | 200A |
Screw | M5 |
Terminal Body | Copper, Tin Plated |
Screw Torque | 18 lbf·in |
AFG 06575 Product Diagram
Featuring a 10.16mm wide center space (for extra-thick power cables) and a 600V AC/DC, 25A rating, it operates across a temperature range of -40℃ to 110℃—suitable for harsh settings like mining, construction, or heavy manufacturing. Constructed with UL94 V-0 flame-retardant PA66 insulation (reinforced with 35% glass fiber) and copper terminals (for superior conductivity), it minimizes resistance and heat generation, while 9000V surge voltage resistance protects against industrial power spikes. With a wire range of 16–4 AWG (for thick cables) and a rugged 20.5mm width (for stability), the MFG-06575 is designed for heavy machinery, industrial generators, and high-power HVAC systems. Its fixed 2P (2-pole) configuration (total length: 20.32mm) simplifies installation in standardized industrial enclosures, making it a reliable choice for critical power circuits.
35% Glass Fiber PA66 Insulation: Highly reinforced PA66 resists mechanical impact (e.g., from tool drops), extreme heat (up to 110℃), and industrial chemicals (oils, greases, mild solvents). UL94 V-0 flame retardancy meets strict industrial safety standards.
Copper Terminals: Pure copper terminals offer superior conductivity (0.0005Ω per terminal) and heat resistance compared to brass. Copper minimizes power loss, critical for high-power circuits (e.g., 25A industrial motors).
Stainless Steel Screws: Uses M6 stainless steel screws for wire clamping, requiring 18–22 lbf·in of torque. Stainless steel resists rust and corrosion in wet or dusty industrial environments (e.g., construction sites, mines).
25A/600V Rating: Handles heavy loads like industrial generator power lines (240V AC/25A), large HVAC compressors (480V AC/20A), and mining equipment auxiliaries (120V AC/22A).
9000V Surge Protection: Withstands extreme voltage spikes from heavy machinery startups or lightning, protecting expensive equipment like industrial VFDs or generator controllers.
10.16mm Center Space: Wider pitch accommodates extra-thick 4 AWG wires (common in heavy-power systems) and reduces wire crowding, minimizing short-circuit risks in dusty environments.
Wire Compatibility: Accepts 16–4 AWG wires, covering control wires (16 AWG for sensors) and thick power wires (4 AWG for generators). The clamping mechanism features a 15mm opening to fit stranded 4 AWG wires.
Secure Mounting: Fits 5.0mm mounting holes (common in steel industrial panels) with M5 stainless steel screws (not included). Anti-slip base ridges prevent shifting during installation or machinery vibration.
Pre-assembled 2-pole design (20.32mm total length) fits standard 22mm-wide industrial enclosures. No modular assembly is needed, reducing installation time in high-pressure industrial settings.
Automotive Assembly Lines: Used in robotic arm power lines (240V AC/25A) and conveyor system motors. The copper terminals ensure stable power delivery, while reinforced insulation resists assembly line oils and impacts.
Steel Mills: Connects power wires for small rolling mill auxiliaries (480V AC/20A) and temperature sensors. The 110℃ temperature range withstands mill heat, and stainless steel screws resist mill dust.
Construction Equipment: Used in excavator auxiliary circuits (120V AC/22A) and portable generator wiring. The rugged insulation resists impact from debris, and stainless steel screws handle construction site moisture.
Mining Operations: Suitable for mine ventilation fan controls (240V AC/25A) and ore crusher sensors. The 9000V surge protection safeguards against power spikes from mining machinery, reducing downtime.
Commercial Building Chillers: Connects power wires for chiller compressors (480V AC/20A) and cooling tower fans. The 600V rating matches chiller voltages, and copper terminals minimize power loss.
Industrial Generators: Used in generator-to-panel wiring (240V AC/25A) for factories or data centers. The fixed 2P configuration simplifies generator enclosure installation, and surge protection prevents startup damage.
Copper offers 30% higher conductivity than brass, reducing power loss and heat generation in high-power (25A) circuits. This is critical for industrial applications where energy efficiency and equipment longevity are priorities. Copper also withstands higher temperatures (up to 150℃) than brass, aligning with the terminal’s 110℃ operating range.
No. While it is rugged, it does not have an explosion-proof rating (e.g., ATEX or NEC Class I). For explosive environments, use a terminal block specifically certified for hazardous locations (e.g., with IP66 rating and flameproof enclosure).
Use 18–22 lbf·in (203–250 N·cm) of torque. This ensures tight clamping of thick 4 AWG wires without damaging the reinforced PA66 insulation. Use a heavy-duty torque wrench (capable of 25 lbf·in) for accuracy.
No. Aluminum wires have higher resistance and are prone to oxidation in industrial environments, which can cause overheating at 25A. The terminal is designed for pure copper wires (16–4 AWG) to ensure optimal performance.
