1
/
of
3
ASIC Miner Power Distribution Unit (PDU) 16A Indian Plug with Built-in Voltage Protection ( Wi-Fi & Non Wi-Fi )
ASIC Miner Power Distribution Unit (PDU) 16A Indian Plug with Built-in Voltage Protection ( Wi-Fi & Non Wi-Fi )
Regular price
Rs. 5,499.00
Regular price
Sale price
Rs. 5,499.00
Shipping calculated at checkout.
Quantity
Couldn't load pickup availability
Heavy-Duty ASIC Miner PDU with Voltage Protection & Digital Meter | 32A Mining Power Distribution Unit
Power your ASIC miners safely and efficiently with our Heavy-Duty ASIC Miner Power Distribution Unit (PDU)—designed specifically for high-load crypto mining environments. Built for continuous operation, this industrial-grade PDU ensures stable power delivery, real-time monitoring, and maximum electrical protection for your mining hardware.
Crafted with a durable powder-coated metal body, this ASIC mining PDU is ideal for mining farms, commercial setups, and serious home miners who demand reliability and safety.
Available Variants
- WiFi-Enabled PDU – Smart monitoring and remote power insights
- Non-WiFi PDU – Reliable standard operation with physical monitoring
🔑 Key Features & Benefits
- Heavy-duty powder-coated metal enclosure for long-term durability and heat resistance
- Built-in voltage protection to safeguard ASIC miners from power fluctuations and surges
-
Integrated digital power meter displaying:
- Voltage (V)
- Current (A)
- Power consumption (kWh)
-
Individual 32A heavy-duty MCB for each miner, offering:
- Overload protection
- Short-circuit protection
- MCB inspection window for instant visual fault detection
- Master power switch for quick and safe power control
🔌 Socket Configuration
- 4 × 16A high-current Indian sockets
- 1 × Universal socket
- Designed to support high-power ASIC miners such as Antminer and similar models
⚡ Wiring & Build Specifications
- Inbuilt power cable length: 1 meter (extendable on request)
- 4 sq.mm pure copper wire for each output socket
- 6 sq.mm copper wire for main power input
- Optimized for high current handling, low heat generation, and minimal power loss
