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The HU313 humidifier is what is called an "electrode" humidifier. This means that instead of heating
elements, metal electrodes are immersed in water contained in a plastic cylinder. When steam is required
for humidification, electric current flows through the water between the electrodes. The minerals in the
water provide both the conductance and resistance for electric flow, thus producing steam. This technology
is VERY advanced over electric element type humidifiers and has the following advantages:
Efficiency: Operates at 94% energy efficiency over 95% of the life of the cylinder as compared to 90%
reducing linearly to less than 60% over the life of an element type humidifier.
Reduced maintenance: Instead of scraping out a metal pan and electric element, the plastic cylinder is
simply replaced with a completely fresh one.
Response time: is sometimes twice as fast as element type humidifiers.
Failsafe: If the unit runs dry, power flow is automatically stopped where in element type units, the
elements burn out. On a call for humidity, the humidifier controller (R) closes the power contactor, putting
power to the electrodes in the steam cylinder (B), and opens the fill valve (C) to allow water to flow into
the water fill tank (V). In, or in line with, this tank is a conductimeter (D) which reads the water quality.
As the water level rises in the cylinder, it begins to cover the electrodes and current begins to flow,
warming the water and producing steam.
When the desired amperage is reached (which is directly proportional to steam output), or if the water
reaches the high level electrodes (E), the water fill will stop. As water is boiled off, minerals will build up
in the cylinder and periodically the controller will open the drain valve or pump (S or P) and remove some
of the mineral laden water.Eventually the cylinder electrodes are used up and the electronic controller
signals time to change the cylinder.
Your HU-313 steam humidifier will consist of:
Steam humidifier unit
Steam distributor Unit (blower)
Mounting bracket, mounting hardware and water fill quick connect fitting
Humidity sensors
IMPORTANT: BEFORE beginning installation:
Check for shipping damage to cartons. Mark the shipping waybill accordingly.
Open cartons and check for any hidden damage. Markthe shipping waybill accordingly.
Check packing slip to insure all items have been received.
Notify Quatro Air Technologies immediately of any shortages ordamaged parts.
You must notify Quatro Air Technologies within 5 working days of any shortages.
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Summary of Contents for Quatro HU313

  • Page 1 The HU313 humidifier is what is called an “electrode” humidifier. This means that instead of heating elements, metal electrodes are immersed in water contained in a plastic cylinder. When steam is required for humidification, electric current flows through the water between the electrodes. The minerals in the water provide both the conductance and resistance for electric flow, thus producing steam.
  • Page 2 Connect Water Feed The water feed connection is a 3/4” MPS male connection on the bottom of the humidifier Quatro supplies a plastic adapter that screws onto the fill fitting and gives a 1/4” OD compression fitting for plastic or copper tubing.Since there is a strainer built into the bottom of the fill valve fitting,you should use only the...
  • Page 3 If it does not match, do NOT connect power – call your Quatro Air Technologies representative. Insert the high power wires through the strain relief’s provided on the BOTTOM of theHumidifier and wire directly to the field wiring terminals as shown below without loops.
  • Page 4 Start up and Check out of the HU-313 Humidifier Startup Checklist: 1.Water and drain lines are connected properly. Drain lines are trapped per Section 3. Fittings are tight. NOTE: Inlet water pressure must be between 15 and 150 psi. If higher than 150 psi, install regulator. 2.
  • Page 5: Default Setting

    Operating The HU-313 Humidifier Controller The HU-313 controllers all have the same general display and keypad as shown below. Initially, controllers default to display of the amperage, while the controllers default to display of the relative humidity. Some indicators are simply for display while others blink and can be modified 1.
  • Page 6: Troubleshooting

    Trouble Shooting The HU-313 electronic controller contains the most advanced diagnostics available on any electrode Whenever there is an alarm or pre-alarm condition, a cursor appears on the left humidifier. of the LCD display pointing to ALARM. If the alarm is a critical alarm, it will appear flashing in the LCD display as an E-- code.
  • Page 7 Maintaining Your HU-313 Humidifier Although your HU-313humidifier is designed to take care of its normal operation, and even to provide you with diagnostic capability, good operation always means good maintenance. Periodic cleaning or replacement of the steam generating cylinder, and fill and drain valves is required as indicated by the controller with an E08 alarm.
  • Page 8 Optimizing Cylinder Life on the HU-313 Electrode Steam Humidifier The normal life of a steam cylinder ranges anywhere from 500 to 4,000 hours depending on the water quality and use profile.Generally we seek to see around 2,000 hours of life.If the steam cylinder is experiencing less than normal life, the following items should be checked: Spent cylinder color is a very good indicator of correct or incorrect operating conditions.
  • Page 9 Trouble Shooting : Controller Error Codes 01 HIGH CURRENT: When the amperage draw exceeds the first safety threshold. Causes: 1. Extremely conductive water. Remedies: 1. Wait to see if the situation corrects itself or evolves to an E06. 2. Contact your local factory representative. E02 REDUCED OUTPUT: When the unit cannot reach the required output level.
  • Page 10 Critical Alarms Critical alarms typically cause a shut down of the humidifier, activation of the red RESET button, activation of the alarm relay, and display of the alarm’s E-- code. E06 CURRENT TOO HIGH: When amperage exceeds the second safety threshold. Causes: 1.
  • Page 11 E11HIGH HUMIDITY: Causes: Humidity has exceeded the high limit alarm set point Remedies: Check control circuit Check calibration of humidity sensor Raise high limit set point E12 LOW HUMIDITY: Causes: Humidity has fallen below the low limit alarm set point Remedies: 1Check control circuit Check calibration of humidity sensor...
  • Page 12 E10 LACK OF CURRENT: When no amperage is measured and the generator is full of water. Causes: 1. One or more electrodes lack power. 2. Faulty amperage transformer. 3. Faulty contactor. 4. Demonized water. 5. Generator spent. 6. Cylinder full electrodes shorted. Remedies: 1.
  • Page 13 ALL THE LEDS ON THE CONTROLLER ARE LIT, BUT THERE IS NO LCD DISPLAY: Causes: 1. Low secondary power (under 20 Vac). 2. Fuse is blown. 3. Transformer is defective. 4. Short in wiring to humidistat or sensor. 5. Improper voltage supplied to the unit. Remedies: 1.
  • Page 14 WATER LEAKS OUT OF BOTTOM OF HUMIDIFIER: Causes: 1. The drain of the humidifier is obstructed. 2. The fill valve is leaking. 3. The overflow hoses from the fill cup and/or RDU are outside of the drain pan. 4. The steam hose is not properly connected to the top of the steam cylinder. Remedies: 1.
  • Page 15 HU-313 Technical Specifications Voltage Factor Capacity Phase Amperage Watts LBS/HR AMPS 27.7 Watts 10000 LBS/HR AMPS 26.2 WATTS 10000 AMPS 24.0 WATTS 10000 AMPS 13.1 WATTS 10000 AMPS 12.0 WATTS 10000 AMPS 10.0 WATTS 10000 HEIGHT WIDTH DEPTH Dry Weight-LBS Wet Weight-LBS Max,Feed.GPM 0.70...
  • Page 16: Replacement Parts

    Replacement Parts...