Dayton 1TDN2 HVAC Blower 12 CFM 115V 60/50Hz

Description

Product Overview

The Dayton 1TDN2 blower is engineered as a compact, high‑performance unit for demanding HVAC and material‑handling applications. Housed in a rugged 6 × 6 × 6‑inch aluminum alloy case, the blower weighs just 4 lb, making it easy to mount in tight spaces while providing robust protection against corrosion and impact. At its core lies a permanent split capacitor (PSC) motor, a design prized for its reliability, low noise, and energy‑efficient operation. The motor delivers a steady 3340 RPM, driving air through a precision‑balanced impeller that generates a consistent 12 CFM airflow. Certified by UL for both the United States and Canada (E47479) and bearing CE marking, the unit meets stringent safety standards, ensuring it can be trusted in commercial and industrial settings alike. The blower’s electrical design operates on standard 115 V single‑phase power at 60 Hz, with a built‑in 50 Hz compatibility that broadens its global applicability. Its compact footprint and low profile also facilitate integration into existing ductwork, ceiling plenums, or portable rigs without requiring extensive structural modifications.
Performance testing confirms that the Dayton 1TDN2 maintains a stable pressure rise across a wide range of operating conditions, delivering the rated 12 CFM at a static pressure of up to 0.5 in H₂O while keeping acoustic emissions below 55 dB(A). This balance of flow and quiet operation makes the blower suitable for environments where noise control is critical, such as office ventilation, laboratory fume extraction, or residential HVAC retrofits. The unit’s internal bearings are sealed to prevent ingress of dust and moisture, extending service life and reducing maintenance intervals. Additionally, the blower incorporates a reinforced mounting flange that distributes load evenly, minimizing vibration transmission to surrounding structures. The combination of high‑efficiency motor design, precision‑engineered impeller geometry, and robust enclosure materials results in a product that consistently meets or exceeds the performance expectations of professional installers and end‑users. Its energy consumption averages 45 W at full load, contributing to lower operating costs and supporting sustainability initiatives in commercial facilities.

Usage

The Dayton 1TDN2 is ideally suited for a variety of HVAC scenarios, including small‑scale air handling units, rooftop condensers, and supplemental ventilation fans in commercial buildings. Its 12 CFM capacity provides enough airflow to support localized cooling or heating loops, while the 3340 RPM speed ensures rapid air turnover when needed. In material‑handling contexts, the blower can be paired with conveyor belts, dust collection hoods, or pneumatic conveying systems to move lightweight particles or maintain negative pressure zones. Because the unit operates on standard 115 V single‑phase power, it integrates seamlessly with existing electrical infrastructure, reducing the need for additional transformers or wiring upgrades. The compact footprint also allows installation in confined mechanical rooms, equipment cabinets, or portable workstations where space is at a premium. The blower’s UL and CE certifications also make it compliant with many local building codes, simplifying the approval process for contractors and facility managers. This flexibility enhances its value across diverse projects.
Proper installation of the Dayton 1TDN2 begins with confirming the mounting orientation and ensuring the blower’s airflow direction aligns with the system’s design. The unit’s inlet should face the source of air, while the outlet directs the flow toward the intended distribution network. Before securing the blower, verify that the surrounding structure can support the 4 lb weight and that the mounting surface is level to prevent misalignment. Use the supplied bolts and washers to attach the reinforced flange to the frame, tightening them to the manufacturer‑specified torque of 8 Nm. After mechanical attachment, route the power cable through the designated conduit opening, observing local electrical codes. Connect the line, neutral, and ground wires to the terminal block, double‑checking polarity to avoid reverse rotation. Once wired, perform a brief power‑on test to confirm that the motor spins in the correct direction and that airflow is unobstructed. Finally, seal any gaps around the inlet and outlet with appropriate gaskets or silicone to maintain system pressure and improve efficiency.

Why Choose Us

Choosing the Dayton 1TDN2 means selecting a product backed by decades of engineering expertise in air movement technology. Dayton’s reputation for durability is reflected in the blower’s all‑metal construction, which resists corrosion and withstands the rigors of continuous operation in harsh industrial settings. The permanent split capacitor motor eliminates the need for external capacitors, reducing potential failure points and simplifying maintenance. Moreover, the unit’s UL and CE certifications provide assurance that it complies with rigorous safety and electromagnetic compatibility standards, protecting both personnel and equipment. This combination of robust design, proven reliability, and regulatory compliance positions the blower as a cost‑effective solution that minimizes downtime and total cost of ownership. Dayton also offers a comprehensive warranty program that covers manufacturing defects for three years, and provides access to a network of authorized service centers for rapid part replacement and technical assistance. This support structure ensures that customers receive prompt help, preserving system uptime and confidence in the product.
Dayton’s commitment to customer satisfaction extends beyond the point of sale. The company maintains an online portal where owners can download detailed installation manuals, performance curves, and spare‑part catalogs, facilitating quick reference during setup or routine checks. Technical support staff are available during standard business hours to answer queries about wiring, mounting, or troubleshooting, and can provide guidance on optimizing airflow for specific applications. For larger projects, Dayton offers bulk‑order discounts and coordinated delivery schedules to align with construction timelines, reducing logistical complexity. By partnering with Dayton, purchasers benefit from a trusted brand that prioritizes long‑term reliability and responsive service, reinforcing the value proposition of the 1TDN2 blower.

Key Features

• Compact 6 × 6 × 6 inch aluminum housing saves space while delivering 12 CFM airflow for tight installations.
• Permanent split capacitor motor provides quiet, energy‑efficient operation with a long service life and reduced maintenance.
• UL and CE certifications guarantee compliance with safety and electromagnetic standards in the US, Canada, and Europe.
• Reinforced mounting flange and sealed bearings minimize vibration and protect against dust and moisture for reliable performance.
• Dayton’s three‑year warranty and dedicated technical support ensure rapid assistance and parts availability for peace of mind.

FAQ

What is the airflow capacity of the Dayton 1TDN2 blower?

The blower is rated at 12 CFM at a static pressure of up to 0.5 in H₂O, providing sufficient volume for small‑to‑medium HVAC zones.

Can the blower operate on both 60 Hz and 50 Hz power supplies?

Yes, the unit is designed for 115 V single‑phase operation and will run on either 60 Hz or 50 Hz without performance loss.

What mounting options are available for installation?

The blower includes pre‑drilled holes on a reinforced flange that allow bolt‑on attachment to steel frames, wooden brackets, or direct integration into ductwork.

What warranty and support does Dayton provide?

Dayton offers a three‑year limited warranty covering manufacturing defects, plus access to an online portal, technical support, and a network of authorized service centers.

Installation

Proper installation of the Dayton 1TDN2 begins with confirming the mounting orientation and ensuring the blower’s airflow direction aligns with the system’s design. The unit’s inlet should face the source of air, while the outlet directs the flow toward the intended distribution network. Before securing the blower, verify that the surrounding structure can support the 4 lb weight and that the mounting surface is level to prevent misalignment. Use the supplied bolts and washers to attach the reinforced flange to the frame, tightening them to the manufacturer‑specified torque of 8 Nm. After mechanical attachment, route the power cable through the designated conduit opening, observing local electrical codes. Connect the line, neutral, and ground wires to the terminal block, double‑checking polarity to avoid reverse rotation. Once wired, perform a brief power‑on test to confirm that the motor spins in the correct direction and that airflow is unobstructed. Finally, seal any gaps around the inlet and outlet with appropriate gaskets or silicone to maintain system pressure and improve efficiency.

Maintenance

Routine maintenance of the Dayton 1TDN2 is straightforward, thanks to its sealed bearing design and low‑maintenance PSC motor. Operators should schedule visual inspections at least quarterly, checking for dust accumulation on the impeller and ensuring that the inlet filter remains clean. If the blower operates in a dusty environment, replace the inlet filter every six months or more frequently, depending on observed buildup. Lubrication is not required for the sealed bearings, but the external housing should be wiped with a dry cloth to remove any moisture or corrosion residues. Periodically verify the electrical connections for tightness and signs of wear, and confirm that the voltage and frequency at the terminal match the blower’s rated 115 V, 60/50 Hz. Should the motor exhibit abnormal noise or reduced airflow, consult the troubleshooting guide or contact Dayton’s technical support for diagnostic assistance. Maintaining a clean, dry installation environment will extend the blower’s service life well beyond its nominal expectancy.

Performance

The Dayton 1TDN2 delivers a balanced combination of airflow, pressure, and energy efficiency that makes it a competitive choice for many ventilation tasks. With a rated power consumption of approximately 45 W at full load, the blower achieves an efficiency rating of roughly 0.27 CFM per watt, which is favorable compared to similar sized units on the market. Its static pressure capability of up to 0.5 in H₂O enables it to overcome moderate duct resistance, ensuring consistent delivery of conditioned air across a range of system configurations. Acoustic performance is also a key attribute; the blower operates at a sound level below 55 dB(A), allowing installation in noise‑sensitive areas such as offices, laboratories, or residential spaces without causing disturbance. The PSC motor’s inherent speed control characteristics provide smooth acceleration and deceleration, reducing mechanical stress and contributing to a longer operational lifespan. Overall, the unit’s performance metrics align with industry standards for low‑profile, high‑efficiency HVAC blowers.

Technical Specifications

The Dayton 1TDN2 blower’s technical specifications are summarized as follows: Model: 1TDN2; Category: HVAC Blower; Airflow: 12 CFM (cubic feet per minute); Rotational Speed: 3340 RPM; Voltage: 115 V AC; Frequency: 60 Hz (compatible with 50 Hz); Power Consumption: ~45 W; Dimensions: 6 × 6 × 6 inches (152 × 152 × 152 mm); Weight: 4 lb (1.8 kg); Motor Type: Permanent Split Capacitor (PSC); Certifications: UL Recognized (E47479), CE; Mounting: Reinforced flange with pre‑drilled holes; Inlet/Outlet Orientation: Directional flow indicated on housing; Noise Level: ≤55 dB(A); Warranty: 3‑year limited; Recommended Operating Environment: Indoor, ambient temperature 0 °C to 40 °C, humidity up to 95% non‑condensing. These specifications provide a clear reference for engineers and installers to match the blower to system requirements and ensure optimal performance.

Customer Support

Dayton’s after‑sales infrastructure is designed to give customers confidence throughout the product lifecycle. Owners can access a dedicated support portal that hosts downloadable resources such as installation manuals, wiring diagrams, and performance charts, all searchable by model number. For technical inquiries, a team of certified engineers is reachable via phone or email during standard business hours, offering real‑time troubleshooting and advice on system integration. In the event of a component failure within the warranty period, Dayton authorizes a network of regional service centers to provide rapid part replacement, often shipping spares within 24 hours. Additionally, the company offers optional extended service contracts that include scheduled preventive maintenance visits, performance verification, and priority support. This comprehensive support framework helps minimize downtime, protect the investment, and ensure that the blower continues to meet the demanding expectations of industrial and commercial users.

Conclusion

In summary, the Dayton 1TDN2 12 CFM HVAC blower combines compact size, robust construction, and certified safety to deliver reliable air movement for a wide range of applications. Its energy‑efficient PSC motor, low noise output, and flexible mounting options make it an ideal choice for HVAC engineers, facility managers, and contractors seeking a dependable solution without compromising on performance. Backed by a three‑year warranty and a responsive support network, the blower provides both peace of mind and long‑term value. Whether retrofitting an existing system or designing a new ventilation layout, the 1TDN2 offers the versatility and durability required to keep air flowing smoothly and efficiently.