NEPTRONIC HUMIDIFIERS AND HUMIDIFICATION SYSTEMS SK-300 HUMIDIFIER. We are Sales Supplier of for Neptronic, National Environmental products, NEP, N.E.P. electric steam humidifiers, element type humidifyers, industrial and commercial humidification, modulating and blower-pak units, blower, pack, blower-pack, anti-foaming energy conservation system, multi, steam, multi-steam, Vapac, vapac, Va-Pac, vapak, SK-300, SK-200, SK-24, SK300, SK200, SK24, antifoam, anti-foam, Nortec, Dri Steam, Dri-Steam, Dry Steam, Hermedicool, Armstrong, Carnes, Vaporfan, Vapormist, MES-U, NH, DGH, ultrasonic humidifiers, SK Humidifiers, SKR Humidifiers, SKR Humidifyers, neptronic humidifyer, NEP Humidifyers, N.E.P. humidifyers. Engineering of Twin City Aerovent fans, CBC Chicago Blower fans, Acme fan ventilators, New York Blower, ILG American Coolair fans, fans for building ventilation, industrial high temperature oven fans, furnace blowers, leader ventilators, Delhi fans, negative pressure ventilators, USA industrial fas blowers, explosion proof pressure blowers, blower air knives, high temperature pressure blowers.
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PRESSURE BLOWERS CO.

---------- Humidifiers -----------


PB Humidifiers, a Division of Pressure Blowers Co. is proud to introduce the most advanced Commercial Humidifiers in today's market: 
 

   Power Steam Humidifiers


Electric steam humidifier General Description:

Our power humidifiers designed to provide dry sterile steam for humidification. 

They combine the latest microprocessor based electronic design with carefully matched metallurgical and mechanical technology perfected over two decades.  The design is based on permanent rather than replaceable containers.


Simplicity of Operation and Service:

The humidifier consists of an automatically water fed stainless steel container with an easily removable cover containing heating elements and water level sensors. 

Periodic servicing of the unit can be easily done in minutes.  All mechanical, power and control connections are readily accessible for quick servicing.

The mechanical and electrical compartments are secured by wide hinged doors allowing comfortable inspection and access to all components

Exceptional Reliability:

Reliability of our humidifier is one of the features that set it apart from competing humidifiers.  Using the proprietary AFEC technology, this humidifier is much more forgiving to variable water conditions.  Great care has been taken to select materials which have proven themselves for their exceptional performance in very harsh conditions.  Such materials are elements made of super alloy, incoloy 825, teflon sleeved stainless steel level control probe, silicon tubing and baked enamel painted aluminum cabinet.

Selection of electro-mechanical and electronic components has been based on many years of experience and exhaustive testing.  All units pass through rigorous Q.C. inspection and full power check. 


Features:

  • Permanent, easily serviceable stainless steel container
  • ON-OFF or MODULATING control functions
  • Interactive LCD display and microprocessor controlled self-diagnostics
  • AFEC technology provides greatest energy conservation and safest operation
  • Functions exceptionally well in severe, normal or D.I. water conditions
  • Self-cleaning heating elements
  • Unit is built from the most advanced materials such as stainless steel and teflon components and silicone hoses
  •  

    Aluminum housing and the best electronic and electro-mechanical parts

 
NEP Neptronic element type electric steam humidifyer

Anti-Foaming Energy Conservation System:

The AFEC technology developed by our engineering team offers a unique safety and energy conservation management of expensive boiling water and steam.  The AFEC system is made of a mass measuring water sensor, anti-foam sensor, electronic high temperature sensor, interactive LCD display and microprocessor controller. 

The AFEC system is unique because: 

The water sensor cannot be falsely triggered by foam formation on the top of the boiling water.  This eliminates the problem of heating elements burning out in free air. 

The additional foam-sensing probe, which is unique to our design, would automatically initiate a drain cycle upon foam formation.  Unlike other humidifiers, the drain can be initiated only when necessary without having continuous skimming to drain expensive boiling water.  This is an excellent energy conservation measure. 



 
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Indirect-fired units burn the fuel and air mixture inside of a heat exchanger while the air traveling to the space passes over the outside of the heat exchanger. In this design, the products of combustion travel through a vent to the outside of the building. Direct-fired units utilize air that will be sent to the heated space for combustion without use of a heat exchanger. The products of combustion are mixed directly with large volumes of outdoor air. Such mixing is considered safe because of the high dilution ratio. Buffalo Blower Co. makes various types of commercial gas fired air makeup units for industrial building ventilation.Gas-Fired Pressurization Units move large quantities of air at low temperature differentials (usually 50° or less), which is a strategy to minimize temperature stratification in the large spaces they are employed to heat. The equipment is typically mounted on the roof of the facility or at grade on elevated supports to ensure that the supply air is delivered high. The high air delivery allows for a longer “throw” of the air, thereby requiring less equipment to cover the required floor area. The most common fuel is natural gas, however, units can be converted to burn propane. There are two primary categories of gas-fired AHUs: indirect-fired and direct-fired.The 80/20 design can vary the quantity of outside air from 100% down to 20%. The burner has a high turndown ratio and only outside air should be drawn across the burner. The discharge air volume is fixed and the quantity of outside air can be adjusted to maintain building pressurization. The makeup air unit configuration is ideal for supplying large quantities of replacement air for facility exhaust systems. Such systems can include paint spray booths and other industrial exhaust applications. These units supply a fixed amount of 100% outside air. Air Recirculation units recirculate a fixed 80% of the air while bringing in 20% outside air that passes over the burner. They supply a minimum amount of ventilation to spaces that do not require large quantities of outside air to maintain building pressurization.Variable Air Volume units have a varying supply air volume and work similar to the 80/20 design, however, the recirculated air passes through a bypass section instead of through the facility. This type of unit is used in applications where building pressurization is desired and where contaminants located in the space cannot be recirculated.Facilities that have indoor vehicle operation frequently accumulate carbon monoxide and associated noxious fumes. For such instances, a ventilation sequence can be instituted to limit this potentially harmful buildup. The pressurization units for these buildings could be fitted with a carbon monoxide detector with an initial setpoint of, for example, 50 ppm that would trigger an alarm and energize a time-delay relay.If the condition still exists after, say, five minutes, then the return air damper would modulate closed and the outside air damper would modulate to the 100% open position. A second setpoint of 100 ppm would initiate an alarm and eventually de-energize the burner. The dampers would then be positioned to enable the exhaust mode. After the carbon monoxide returns to a safe level, the sensor could reset the unit to normal operation.In addition to emergency ventilation to purge carbon monoxide, the pressurization unit can be used to provide a source of ventilation during warm and hot months of the year. A reverse acting thermostat would modulate the outside air and return air dampers to bring in more outside air to maintain the indoor setpoint. These units can also be fitted with either chilled water or DX cooling coils to provide tempered or conditioned air to the space during the summer.Direct-fired pressurization equipment is capable of delivering plenty of ventilation to a facility when it is configured as the 80/20 system. Infrared systems, however, may need to be supplemented with a separate ventilation system.