Mitsubishi Electric VPL24-210 Transformer
The Mitsubishi Electric VPL24-210 Transformer is a critical component for technicians integrating third-party controls with advanced HVAC systems. This 5VA step-down transformer is engineered to convert line voltage to the low-voltage signals required for thermostat interface applications and control relay logic. Featuring a dual-winding design, it supports a 115/230V primary input and provides a selectable 12/24V secondary output, ensuring maximum field flexibility. Built with a split bobbin construction, the VPL24-210 effectively reduces interwinding capacitance and provides high isolation (3500VAC) between the primary and secondary coils. Its compact, lead-wire terminal configuration allows for seamless mounting in control boxes or alongside the PAC-US445CN-1 interface. Whether you are powering a 24VAC HVAC control circuit or a smart thermostat, this OEM-grade transformer delivers the precise voltage regulation and thermal stability necessary for residential and light commercial Mitsubishi Electric installations.
Key Benefits:- Dual-Voltage Versatility: Configurable 115V/230V primary and 12V/24V secondary outputs satisfy various field requirements with a single SKU.
- Enhanced Signal Integrity: Split bobbin design minimizes interwinding capacitance, eliminating the need for additional electrostatic shielding in sensitive control circuits.
- Industrial-Grade Isolation: Features a minimum of 6mm creepage distance and a Class B (130°C) insulation system for reliable high-temperature performance.
- OEM Compatibility: Specifically designed for Mitsubishi Electric thermostat adapters (like the PAC-US444CN-1 or PAC-US445CN-1) to ensure proper communication between indoor units and 24V stats.
- Compact Form Factor: Small chassis mount footprint with 8-inch tinned lead wires simplifies installation in crowded electrical panels.
Is the VPL24-210 compatible with 50Hz power systems?
Yes, this transformer is rated for both 50Hz and 60Hz primary frequencies, making it suitable for international applications or regions with varying grid standards.
What is the maximum current output at 24V?
When configured for 24VAC (series secondary), the 5VA rating provides approximately 210mA of current, which is sufficient for most modern thermostat interfaces and relays.
Can I use this for non-Mitsubishi HVAC equipment?
While optimized for Mitsubishi Electric interfaces, it functions as a universal 24V control transformer for any system requiring a 5VA low-voltage power supply.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Original: $36.96
-65%$36.96
$12.94Mitsubishi Electric VPL24-210 Transformer
The Mitsubishi Electric VPL24-210 Transformer is a critical component for technicians integrating third-party controls with advanced HVAC systems. This 5VA step-down transformer is engineered to convert line voltage to the low-voltage signals required for thermostat interface applications and control relay logic. Featuring a dual-winding design, it supports a 115/230V primary input and provides a selectable 12/24V secondary output, ensuring maximum field flexibility. Built with a split bobbin construction, the VPL24-210 effectively reduces interwinding capacitance and provides high isolation (3500VAC) between the primary and secondary coils. Its compact, lead-wire terminal configuration allows for seamless mounting in control boxes or alongside the PAC-US445CN-1 interface. Whether you are powering a 24VAC HVAC control circuit or a smart thermostat, this OEM-grade transformer delivers the precise voltage regulation and thermal stability necessary for residential and light commercial Mitsubishi Electric installations.
Key Benefits:- Dual-Voltage Versatility: Configurable 115V/230V primary and 12V/24V secondary outputs satisfy various field requirements with a single SKU.
- Enhanced Signal Integrity: Split bobbin design minimizes interwinding capacitance, eliminating the need for additional electrostatic shielding in sensitive control circuits.
- Industrial-Grade Isolation: Features a minimum of 6mm creepage distance and a Class B (130°C) insulation system for reliable high-temperature performance.
- OEM Compatibility: Specifically designed for Mitsubishi Electric thermostat adapters (like the PAC-US444CN-1 or PAC-US445CN-1) to ensure proper communication between indoor units and 24V stats.
- Compact Form Factor: Small chassis mount footprint with 8-inch tinned lead wires simplifies installation in crowded electrical panels.
Is the VPL24-210 compatible with 50Hz power systems?
Yes, this transformer is rated for both 50Hz and 60Hz primary frequencies, making it suitable for international applications or regions with varying grid standards.
What is the maximum current output at 24V?
When configured for 24VAC (series secondary), the 5VA rating provides approximately 210mA of current, which is sufficient for most modern thermostat interfaces and relays.
Can I use this for non-Mitsubishi HVAC equipment?
While optimized for Mitsubishi Electric interfaces, it functions as a universal 24V control transformer for any system requiring a 5VA low-voltage power supply.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
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Description
The Mitsubishi Electric VPL24-210 Transformer is a critical component for technicians integrating third-party controls with advanced HVAC systems. This 5VA step-down transformer is engineered to convert line voltage to the low-voltage signals required for thermostat interface applications and control relay logic. Featuring a dual-winding design, it supports a 115/230V primary input and provides a selectable 12/24V secondary output, ensuring maximum field flexibility. Built with a split bobbin construction, the VPL24-210 effectively reduces interwinding capacitance and provides high isolation (3500VAC) between the primary and secondary coils. Its compact, lead-wire terminal configuration allows for seamless mounting in control boxes or alongside the PAC-US445CN-1 interface. Whether you are powering a 24VAC HVAC control circuit or a smart thermostat, this OEM-grade transformer delivers the precise voltage regulation and thermal stability necessary for residential and light commercial Mitsubishi Electric installations.
Key Benefits:- Dual-Voltage Versatility: Configurable 115V/230V primary and 12V/24V secondary outputs satisfy various field requirements with a single SKU.
- Enhanced Signal Integrity: Split bobbin design minimizes interwinding capacitance, eliminating the need for additional electrostatic shielding in sensitive control circuits.
- Industrial-Grade Isolation: Features a minimum of 6mm creepage distance and a Class B (130°C) insulation system for reliable high-temperature performance.
- OEM Compatibility: Specifically designed for Mitsubishi Electric thermostat adapters (like the PAC-US444CN-1 or PAC-US445CN-1) to ensure proper communication between indoor units and 24V stats.
- Compact Form Factor: Small chassis mount footprint with 8-inch tinned lead wires simplifies installation in crowded electrical panels.
Is the VPL24-210 compatible with 50Hz power systems?
Yes, this transformer is rated for both 50Hz and 60Hz primary frequencies, making it suitable for international applications or regions with varying grid standards.
What is the maximum current output at 24V?
When configured for 24VAC (series secondary), the 5VA rating provides approximately 210mA of current, which is sufficient for most modern thermostat interfaces and relays.
Can I use this for non-Mitsubishi HVAC equipment?
While optimized for Mitsubishi Electric interfaces, it functions as a universal 24V control transformer for any system requiring a 5VA low-voltage power supply.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
