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Bry-Air MiniPAC MP-2700 Desiccant Dehumidifier

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Bry-Air MiniPAC MP-2700 Desiccant Dehumidifier - US Cleaning Tools

Bry-Air MiniPAC MP-2700 Desiccant Dehumidifier – Stainless Steel

Name: Bry-Air MiniPAC MP-2700 Desiccant Dehumidifier – Stainless Steel
Brand: Bry-Air
SKU: MP-2700-SS
Price: 77660.0 USD
Availability: InStock

Brand: Bry-AirSKU: MP-2700-SS

$77,660.00

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Ships from US manufacturer with factory warranty

Weather Kit MP-2700

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MP-2700 Desiccant Dehumidifier — 2700 CFM Industrial Moisture Control with PLC Integration

Made to order — approximately 5-week lead time.

The Bry-Air MiniPAC MP-2700 is a 2,700 CFM desiccant dehumidifier designed for large-scale industrial environments where refrigerant systems cannot maintain low humidity targets. With integrated PLC controls and MODBUS connectivity, it supports continuous, automated operation in facilities requiring precise humidity control below 30% RH. This stainless steel configuration is specified for corrosion resistance in demanding process and washdown environments.

Bry-Air MP-2700 High-Capacity Drying and Control Integration

The MP-2700 combines high airflow capacity with integrated controls for facilities requiring centralized monitoring and process-level humidity management.

2,700 CFM process airflow — supports large manufacturing floors, warehouse zones, and multi-room industrial environments
840 CFM reactivation airflow — continuously removes absorbed moisture and exhausts it from the building envelope
42 kW heater bank with SSR control — provides stable reactivation temperatures without mechanical contact wear
Touch-screen PLC with MODBUS RS485 — integrates with BAS, SCADA, or DCS systems for remote monitoring and control
Stainless steel construction — resists corrosion in high-humidity intake and washdown installations
No defrost cycle or icing threshold — maintains continuous moisture removal in low-temperature environments

MP-2700 Applications and Environments

The MP-2700 is used in lithium battery manufacturing and electronics production where extremely low humidity levels are required for process stability. Pharmaceutical and chemical processing facilities deploy it across large production floors to maintain controlled humidity for product quality and regulatory compliance. Cold storage warehouses and refrigerated logistics centers use it in staging and loading areas where refrigerant systems cannot operate effectively. Power generation facilities apply desiccant drying to protect turbines and auxiliary systems during standby and maintenance cycles. Museums, archives, and large-scale storage facilities rely on it to maintain stable humidity conditions across large volumes where smaller systems cannot meet capacity requirements.

MP-2700 Desiccant System Controls and Installation Requirements

The MP-2700 uses a rotating desiccant wheel to adsorb moisture, eliminating compressors and refrigerant circuits. A dedicated 840 CFM reactivation airstream removes moisture and must be ducted to the building exterior to maintain system performance. The integrated PLC allows the unit to operate within automated building systems, enabling remote setpoint control and operational monitoring. Installation requires 460V three-phase power at 61 full-load amps, and duct design must account for external static pressure to maintain airflow balance across both process and reactivation circuits.

Specifications

Model	MP-2700 / MiniPAC
Brand	Bry-Air
Type	Desiccant (rotary wheel, no compressor)
Process Airflow	2,700 CFM
Process External Static	1.26 in. wc (32 mm)
Reactivation Airflow	840 CFM
Reactivation External Static	0.98 in. wc (25 mm)
Heater Bank	42 kW with SSR control
Voltage	460V / 3-phase / 60Hz
Full Load Amps	61 A
Process Motor	3 HP / 2.2 kW
Reactivation Motor	1.5 HP / 1.1 kW
Unit Dimensions (L × W × H)	1,227 × 1,156 × 830 mm
Process Inlet Duct	577 × 267 mm
Reactivation Outlet Collar	Ø 197 mm
Construction	Stainless Steel Housing
Rotor	Water-washable, stainless steel flange, edge-hardened media
Controls	Touch-screen PLC with MODBUS RS485
Mounting Options	Floor, wall, or duct-inline
Safety Systems	Independent pressure switches, safety thermostat, reactivation cooldown, SSR heater control, electrical interlocks
Lead Time	Made to order, approximately 5 weeks

Type	Desiccant
Airflow	2700 CFM
Voltage	460V

Product Warranty Information

"Parts-Only Limited Warranty"

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Bry-Air MiniPAC MP-2700 Desiccant Dehumidifier – Stainles...

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$77,660.00

Frequently Asked Questions

What does MODBUS RS485 connectivity on the MP-2700 enable in an industrial facility?

MODBUS RS485 is an industrial communication protocol supported by most building automation systems (BAS), distributed control systems (DCS), and SCADA platforms. With the MP-2700's MODBUS interface, a facility BAS can send setpoint commands, read operating parameters (process airflow, reactivation temperature, fault status), and log humidity data continuously — without requiring a dedicated on-site operator to monitor the unit. This is particularly relevant in pharmaceutical GMP environments where continuous humidity logging for process validation is required, and in automated manufacturing plants where equipment integration with the plant control system is a specification requirement.

What electrical infrastructure does a 61-amp 460V 3-phase installation require?

A 61 full-load-amp draw at 460V 3-phase requires a dedicated circuit with a breaker sized at 125% of FLA (approximately 76–80 amps) per NEC Article 430 for motor-driven equipment. Wire gauge must be appropriate for the circuit amperage and run length — typically 4 AWG copper or equivalent at standard run lengths. The facility's 3-phase panel must have available capacity. A licensed industrial electrician must size and install the circuit; undersized wiring or breakers create fire and equipment damage risk.

Why does the MP-2700 use solid-state relay (SSR) control for the 42 kW heater bank?

Electromechanical contactors switching a 42 kW heater bank experience significant contact wear from the inrush current and thermal cycling of repeated on/off switching during normal operation. Solid-state relays have no moving contacts — they switch using semiconductor junctions, which have no contact erosion mechanism and switch more precisely. In a 24/7 continuous-duty application, the SSR extends heater control reliability and eliminates a common mechanical failure mode in large industrial heater circuits. SSR control also allows more precise heater staging, supporting consistent reactivation temperature across varying inlet conditions.

What humidity level can the MP-2700 achieve, and is it suitable for lithium battery dry rooms?

Desiccant dehumidifiers are the only technology capable of achieving the sub-1% RH conditions required for lithium battery cell assembly dry rooms — refrigerant equipment cannot approach these levels under any conditions. The MP-2700's achievable minimum relative humidity depends on inlet conditions, process CFM, and reactivation heat input. For very low dew point targets (below -40°F dew point), multiple desiccant stages may be required. Bry-Air's engineering team can calculate achievable performance at your specific inlet conditions and target dew point for dry room applications.

How must the 840 CFM reactivation exhaust duct be sized and terminated?

The reactivation outlet collar is Ø 197 mm (approximately 7.75 inches). The exhaust duct must handle 840 CFM at no more than 0.98" wc static pressure including all duct resistance. At standard duct velocities (600–900 FPM), an 8–10" round duct is typically appropriate for the initial run length, with fittings adding static pressure that must remain within budget. A mechanical engineer should calculate duct sizing for runs exceeding 15–20 feet or installations with multiple elbows. The exhaust must terminate at the building exterior — not in a mechanical room, plenum, or return air path.

What is the edge-hardened rotor media on the MP-2700, and why does it matter?

Standard desiccant rotor media is uniform throughout the rotor disc. Edge-hardened media applies additional structural treatment to the outer edge of the rotor — the highest-wear area, where the rotor seal contacts the casing during rotation. In high-particulate intake environments (manufacturing floors, dusty warehouse environments, facilities near construction activity), the rotor edge can wear faster than the media body, eventually allowing process and reactivation air to bypass the rotor seal. Edge hardening extends rotor service life in these conditions, reducing replacement frequency for units operating in demanding intake environments.

How does the MP-2700 compare to the MP-1800 for a large pharmaceutical production suite?

The MP-1800 delivers 1,800 CFM of process air and 54 lbs/hr moisture removal — appropriate for a single large production room or a moderate-size suite. The MP-2700 delivers 2,700 CFM (50% more process air) and proportionally higher extraction capacity, along with the touch-screen PLC and MODBUS connectivity that the MP-1800 lacks. For a pharmaceutical facility requiring continuous humidity logging for process validation, BAS integration, or a production area large enough that 1,800 CFM is insufficient to meet air change requirements at target humidity, the MP-2700 is the appropriate selection. For a single large room where BAS integration is not required, the MP-1800 may be sufficient at lower installed cost.