TOWA Industries, Inc.
Towa Tools 4-Channel 120V/20A PDM 3-Up Kit
Smart Power Distribution + Patented No‑Trip Technology
The Towa Tools 3‑Up Kit is an integrated smart power distribution and charging solution engineered to maximize usable outlets while eliminating nuisance breaker trips on standard 120V/20A circuits. It is ideal for commercial landscapes, jobsite charging zones, electrical contractors, event power staging, and mobile shop applications requiring dependable simultaneous charger performance.
🔧 Technical Features
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Patented Load Sensing & No‑Trip Logic: Actively monitors total circuit draw and dynamically prioritizes power, preventing overloads.
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Smart Sequenced Output: Automatically sequences charger activation, reducing inrush current and balancing downstream draw.
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Compact Modular Design: Mountable configuration for shop walls, service trailers, or on‑site power racks.
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Pre‑wired & Plug‑Ready: Fully assembled with standardized connections for fast deployment.
🔌 Use Cases
Perfect for environments where multiple chargers or battery systems must be run concurrently from a single circuit without upsets:
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Landscaping & Grounds Maintenance Fleets
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Construction & Jobsite Tool Charging
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Event Power Staging
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Electrical Vehicle & Portable Gear Charging
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Service & Maintenance Trailers
📊 Specifications
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Input: 120V/20A AC Circuit
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Outputs: 3 PDM units × 4 channels (12 total managed outlets)
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Load Management: Smart load balancing, auto sequencing
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Installation: Surface or rack mount
WARNING: This product can expose you to chemicals, which are known to the State of California to cause cancer and, which are know to the the State of California to cause birth defects or other reproductive harm. For more information, go to www.P65Warnings.ca.gov.
POWER DISTRIBUTION MANAGERS
THE SMARTEST WAY TO CHARGE
The TOWA PDM™ (Power Distribution Manager) is the next generation of smart battery charging appliances designed for professional landscapers and contractors.
Intelligently charges four or more batteries without overloading an electrical circuit by detecting amp draw requirements for each battery, safely distributing power
to each battery charger.
