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120g @ 5%    Plasma Blo₃ck^®   (Air-cooled)

For added application information, see the Plasma Block® Application Guide manual.

Models available :
Refer to - Configuration Options Summary Sheet

Silent, Rugged, Reliable, Cost-effective, Compact and Light Weight, Ceramic,  Air-cooled and power-Efficient.
1.5 lbs/day at 9.2% and 3 LPM : 8 lbs/day at 4.7% weight and 30 LPM (Oxygen or Concentrator).
No exposed high-voltage safety hazards.
Precise ozone control using Pulse Density Modulation (PDM) via potentiometer, 4/20ma or 0-10vdc.
Precise Linear Control with Turn-down to 1%.
Useful pressure range:  5 – 100 psi.
Now available with PlasmaVIEW® software.

Design Features:

• All high voltage is safely contained completely within the Plasma Blo₃ck©, thereby eliminating shock hazards and dirt buildup which can cause dangerous flashover.  High-voltage wiring is booted and all metal grounded.
• Advanced design eliminates the possibility of ozone leakage from the body or fittings.  The only ozone leak possible is at the customer-tightened ozone fitting.  All non-metal materials are ozone rated.
• Military grade conformal coating eliminates problems associated with condensation and mold as well as greatly retarding damage caused by accidental ozone exposure.
• Directly installable by UL 508a panel house.
• Micro Channel® design results in high concentration, reduced high-voltage levels, and more efficient operation.  Requires concentrator or bottle feed of at least -60°F dew point, filtered, positive-pressure oxygen.  Materials in the gap are ceramic and aluminum.
• Ideal for ‘over-the-road’ applications.  Instant-ON ozone production -- no warm up time.
• Precision-machined aluminum block eliminates inefficient hot spots and facilitates operation at high pressures, as well as vacuum ride through.  Only 1 psi drop with 20 LPM flow.   As with any cell, the most predictable performance occurs in the positive-pressure domain.  Maximum pressure 98 psi , certified by UL at 5X rating.
• Ozone level automatically controlled to ± 1% from 85 to 130vac; or 170v to 260vac, depending on model.
• Pre-mounted, seasoned and tested package sub-system, which includes cell, transformer, inverter and fan.  Design uses the finest quality material and machining for maximum performance and efficiency.
• The Inverter is a reduced-power version of PTI’s popular SSD110.  All control and interface features of the SSD110 are available in this product.
• 23 kHz operating frequency for silent operation.
• Line voltage 240v (Standard), 50/60hz.
• Inlet 3/8", Outlet 3/8”;  both Stainless Compression Fittings are standard;  1/4” or 1/4” NPT on request
• .Pre-seasoned, calibrated and pre-adjusted to customers’ individual performance needs.  Ready to install.   Rigorous 100% performance and burn-in tests of all electricals are conducted to ensure the highest level of product quality,  reliability  and consistency.

Configuration options :
PTI will set up and tune units to the customers desired specifications.

Oxygen pressure - (5 - 98 psi) (UL 5x rated)
Oxygen flow liters/minute - ( .2 - 40 Lpm) or equivalent SCFH
Heat load btu/hr = 3400
Inlet fittings (none, 1/4", 3/8", 8mm, 10mm, other)
Outlet fittings (none, 1/4", 3/8", 8mm, 10mm, other)

Weight Lbs (Kg) : 40.8 (18.57)

Installation Drawing:   Inches

Output Performance:

Output Performance:  5 psi

% Weight  vs  Power Consumption

Grams / Hour  vs  Power Consumption

Normal factory POWER set point:  1000 watts at FULL PDM  ( 10vdc or 20ma ).

Published production-ozone output level (120gr/hr) based on 5% concentration.

ests conducted at 72°F, 700’ MSL, all pressure readings in psig. Ozone in g/nm3.
Flow measured in LPM via uncorrected Rotameter at inlet port.Ozone at 0 psi from side-stream.

Output Performance:  10 psi

% Weight  vs  Power Consumption

Grams / Hour  vs  Power Consumption

Normal factory POWER set point:  1000 watts at FULL PDM  ( 10vdc or 20ma ).

Published production-ozone output level (120gr/hr) based on 5% concentration.

ests conducted at 72°F, 700’ MSL, all pressure readings in psig. Ozone in g/nm3.
Flow measured in LPM via uncorrected Rotameter at inlet port.Ozone at 0 psi from side-stream.

Output Performance:  15 psi

% Weight  vs  Power Consumption

Grams / Hour  vs  Power Consumption

Normal factory POWER set point:  1000 watts at FULL PDM  ( 10vdc or 20ma ).

Published production-ozone output level (120gr/hr) based on 5% concentration.

ests conducted at 72°F, 700’ MSL, all pressure readings in psig. Ozone in g/nm3.
Flow measured in LPM via uncorrected Rotameter at inlet port.Ozone at 0 psi from side-stream.

Output Performance:  20 psi

% Weight  vs  Power Consumption

Grams / Hour  vs  Power Consumption

Normal factory POWER set point:  1000 watts at FULL PDM  ( 10vdc or 20ma ).

Published production-ozone output level (120gr/hr) based on 5% concentration.

ests conducted at 72°F, 700’ MSL, all pressure readings in psig. Ozone in g/nm3.
Flow measured in LPM via uncorrected Rotameter at inlet port.Ozone at 0 psi from side-stream.

Output Performance:  50 psi

% Weight  vs  Power Consumption

Grams / Hour  vs  Power Consumption

Normal factory POWER set point:  1000 watts at FULL PDM  ( 10vdc or 20ma ).

Published production-ozone output level (120gr/hr) based on 5% concentration.

ests conducted at 72°F, 700’ MSL, all pressure readings in psig. Ozone in g/nm3.
Flow measured in LPM via uncorrected Rotameter at inlet port.Ozone at 0 psi from side-stream.

Output Performance:  75 psi

% Weight  vs  Power Consumption

Grams / Hour  vs  Power Consumption

Normal factory POWER set point:  1000 watts at FULL PDM  ( 10vdc or 20ma ).

Published production-ozone output level (120gr/hr) based on 5% concentration.

ests conducted at 72°F, 700’ MSL, all pressure readings in psig. Ozone in g/nm3.
Flow measured in LPM via uncorrected Rotameter at inlet port.Ozone at 0 psi from side-stream.

Output Performance:  100 psi

% Weight  vs  Power Consumption

Grams / Hour  vs  Power Consumption

Normal factory POWER set point:  1000 watts at FULL PDM  ( 10vdc or 20ma ).

Published production-ozone output level (120gr/hr) based on 5% concentration.

ests conducted at 72°F, 700’ MSL, all pressure readings in psig. Ozone in g/nm3.
Flow measured in LPM via uncorrected Rotameter at inlet port.Ozone at 0 psi from side-stream.

Flow  vs  % Weight   (1000 Watts)

PDM Control Voltage  vs  Input Power ( Watts)