Accessories

DC Plus manifolds come standard on new CRP Series Oil-Water Separators. This listing is for the manifold only and is intended for use as a replacement manifold for a CRP unit or as part of a retrofit kit to upgrade a late-model IDC Series Oil-Water Separator with advanced CRP Series features and capabilities. To retrofit an IDC unit, see the IDC-TO-CRP MANIFOLD AND CONVERSION KIT under the IDC Accessories.

FEATURES:

• Twelve (12) inlets (six ¼″ and six ½″) to accept up to 12 direct inlet lines from compressed air systems and components.
• Programmed Timer Drain that generates a burst of air every twelve hours to improve the free flow of condensate through the media bed.
• Removable Carbon Exhaust Filters that remove VOCs and greatly reduce any oily mist that could be expelled from the unit during decompression and venting. These filters can be easily replaced when they become clogged, allowing the manifold to maintain peak efficiency.

BENEFITS:

• The DC Plus manifold can be easily removed from the spent container and reattached to new containers with fresh media beds.
• Reusing the same manifold through multiple media change-outs reduces the long-term cost of ownership.

Sufficient tubing and connectors are provided to connect the air compressor and all the other system components that produce condensate, including air dryers, aftercoolers, pre- and post-filters, and more.

COMPONENTS:

• Eight (8) ¼ × ¼ male connectors
• Two (2) ¼ × ¼ male elbows
• Two (2) ¼ push fit union tee
• 100 feet of ¼ OD × .170 ID natural LDPE tubing

Sufficient tubing and connectors are provided to connect the air compressor and all the other system components that produce condensate, including air dryers, aftercoolers, pre- and post-filters, and more.

COMPONENTS:

• Eighteen (18) ¼ × ¼ male connectors
• Three (3) ¼ × ¼ male elbows
• Nine (9) ¼ push fit union tee
• 200 feet of ¼ OD × .170 ID natural LDPE tubing

CRP and IDC Series Oil-Water Separators use gravity flow discharge, which is an efficient system when your unit is positioned close to a drain. But what if the drain is across the room, or there are obstacles obstructing the discharge flow? That’s where the Auxiliary Discharge Pump comes in!

• The Auxiliary Discharge Pump is designed for troublesome installs.
• Drain is too far away
• Outlet hose won’t lay flat
• Outlet hose must run uphill
• Connect the outlet hose from your CRP or IDC Series Oil-Water Separator to the pump and let the pump move the clear condensate into the drain.
• Backup problems are resolved just like that!

• As condensate enters a CRP Series Oil-Water Separator, the air is decompressed and exits through the two vents at the top of the Manifold.
• These carbon exhaust filter inserts minimize the amount of contaminants and VOCs that exit the system through these vents.
• Replace these filters every year — or more frequently in high-flow applications — to maintain proper venting conditions.

This inlet bushing kit lets you reduce up to six of the ½″ ports down to ¼″ and ⅜″.

COMPONENTS:

• Six ½″ to ¼″ reducer bushings
• Six ½″ to ⅜″ reducer bushings

• CRP Series Oil-Water Separators feature an outlet with a removable cap to insert an antimicrobial pouch. This pouch prevents algae and mold formation in the discharge hose.
• To replace the pouch, unscrew the cap, swap the old pouch for a new one, and replace the cap. It’s that easy!
• Replace this pouch every three months — or more frequently in high-flow applications — to ensure optimal liquid flow through the discharge hose.

• Ideally sized to fit CRP and IDC Series Oil-Water Separators
• Low profile makes loading and unloading of units easy
• Constructed of chemical- and corrosion-resistant polyethylene
• Meets EPA, SPCC, and NPDES regulations
• Removable grates for easy cleaning

Sufficient tubing and connectors are provided to connect the air compressor and all the other system components that produce condensate, including air dryers, aftercoolers, pre- and post-filters, and more.

COMPONENTS:

• Eight (8) ¼ × ¼ male connectors
• Two (2) ¼ × ¼ male elbows
• Two (2) ¼ push fit union tee
• 100 feet of ¼ OD × .170 ID natural LDPE tubing

Sufficient tubing and connectors are provided to connect the air compressor and all the other system components that produce condensate, including air dryers, aftercoolers, pre- and post-filters, and more.

COMPONENTS:

• Twelve (12) ¼ × ¼ male connectors
• Three (3) ¼ × ¼ male elbows
• Two (2) ¼ push fit union tee
• 150 feet of ¼ OD × .170 ID natural LDPE tubing

Sufficient tubing and connectors are provided to connect the air compressor and all the other system components that produce condensate, including air dryers, aftercoolers, pre- and post-filters, and more.

COMPONENTS:

• Eighteen (18) ¼ × ¼ male connectors
• Three (3) ¼ × ¼ male elbows
• Nine (9) ¼ push fit union tee
• 200 feet of ¼ OD × .170 ID natural LDPE tubing

CRP and IDC Series Oil-Water Separators use gravity flow discharge, which is an efficient system when your unit is positioned close to a drain. But what if the drain is across the room, or there are obstacles obstructing the discharge flow? That’s where the Auxiliary Discharge Pump comes in!

• The Auxiliary Discharge Pump is designed for troublesome installs.
• Drain is too far away
• Outlet hose won’t lay flat
• Outlet hose must run uphill
• Connect the outlet hose from your CRP or IDC Series Oil-Water Separator to the pump and let the pump move the clear condensate into the drain.
• Backup problems are resolved just like that!

FUNCTION:

• As condensate enters an IDC Series Oil-Water Separator, the air is decompressed and exits through the demister pad on the top of the unit.
• The demister pad prevents discharge water and oily mist from exiting the unit during venting.
• Demisting is particularly important during times of high flow and high pressure.

INSTALLATION:

• In some applications, the demister pads can become caked with oily residue, clogging the vent and reducing the Oil-Water Separator’s ability to function optimally.
• If this happens, replace the demister pad to maintain proper venting conditions.
• Replacement is easy. Simply unscrew the clogged demister pad and screw in the new one. That’s it!

FUNCTION:

• This IDC Inlet Hub allows you to connect up to six ¼″ inlet lines to your IDC Series Oil-Water Separator.
• All IDC Series Oil-Water Separators come with this inlet hub pre-installed.
• Inlet fittings should be finger tightened only.

INSTALLATION:

• If an inlet hub becomes cracked from overtightening of fittings, it will cause untreated oily condensate to leak from the system.
• Get one of these replacement hubs right away to restore system integrity, eliminate oil leakage, and return your IDC unit to optimal performance.
• Replacement is straightforward. Simply remove the inlet lines, unscrew the cracked inlet hub, replace it with the new one, and reattach the inlet lines. It’s that easy!

Only units equipped with a ¼-inch poly tube exiting the outlet hub can be properly converted. Make sure your unit has this outlet configuration before beginning installation. Contact us if you are unsure if your IDC unit can accept a manifold upgrade.

A DC Plus external manifold is the powerhouse component of a Clean Resources CRP Series Oil-Water Separator. It is compression fit to the media container, ensuring precise filtration control and leak-free operation.

FEATURES:

• Twelve (12) inlets (six ¼″ and six ½″) to accept up to 12 direct inlet lines from compressed air systems and components.
• Programmed Timer Drain that generates a burst of air every twelve hours to improve the free flow of condensate through the media bed.
• Removable Carbon Exhaust Filters that remove VOCs and greatly reduce any oily mist that could be expelled from the unit during decompression and venting. These filters can be easily replaced when they become clogged, allowing the manifold to maintain peak efficiency.
• Reusable Design: The DC Plus manifold can be easily removed from the spent container and reattached to new containers with fresh media beds.
• Cost Savings: Reusing the same manifold through multiple media change-outs reduces the long-term cost of ownership.

COMPONENTS:

• One (1) DC Plus manifold
• One (1) gasket
• One (1) vent cap
• One (1) manifold strap

COMPONENTS:

• Six (6) inlet caps
• Tne (1) hose plug
• One (1) demister port cover

Using the Recycling Kit is easy!

• First, remove all the inlet lines and replace the push-to-connect fittings with the red plugs from the kit.
• Second, remove the demister pad from the vent and screw on the solid vent cap from the recycling kit.
• Next, cut the ¾″ rubber hose about a foot from the outlet. Insert the plastic plug from the kit into the hose and tap it with a hammer to make sure it’s secure.
• Your unit is now ready to return for free recycling!

COMPONENTS:

• Six (6) inlet caps
• Tne (1) hose plug
• One (1) demister port cover
• One (1) plastic sleeve

Using the Recycling Kit is easy!

• First, remove all the inlet lines and replace the push-to-connect fittings with the red plugs from the kit.
• Second, seal the vent by sliding the rubber cap from the kit over the vent.
• Next, cut the ¾″ rubber hose about 5″ from the outlet. Insert the plastic plug from the kit into the hose and tap it with a hammer to make sure it’s secure.
• Finally, slide the plastic sleeve over the entire unit.
• Your unit is now ready to return for free recycling!

• Ideally sized to fit CRP and IDC Series Oil-Water Separators
• Low profile makes loading and unloading of units easy
• Constructed of chemical- and corrosion-resistant polyethylene
• Meets EPA, SPCC, and NPDES regulations
• Removable grates for easy cleaning

Clean Resources MICRO 50 oil-water separator is an economical and ideal solution for businesses with small compressed air systems in the 5 HP to 15 HP range and up to 125 psi. To maintain EPA compliance, the spin-off cartridge should be replaced every six months to 2.5 years, depending on HP and hours used. See the Lifespan Chart.

HOW IT WORKS:

• Media utilizes molecular sieve technology and chemical bonding.
• Lubricant molecules attract to the proprietary substrate media bed like a magnet, permanently bonding and eliminating groundwater contamination.

STANDARD FEATURES:

• No priming required.
• MICRO 50 handles most compressor lubricants.

DISPOSAL OF CARTRIDGES:

• Dispose of used cartridges in accordance with state and local regulations.
• Lowest life cycle cost in the industry.

GUARANTEED COMPLIANCE:

• How low can you go? Pretty darn low! When properly sized and installed, our systems are guaranteed to reduce contaminants in your compressor condensate to 10 ppm or less.

Clean Resources MICRO 100 oil-water separator is an economical and ideal solution for businesses with small compressed air systems in the 5 HP to 25 HP range and up to 125 psi. To maintain EPA compliance, the spin-off cartridge should be replaced every 1–5 years, depending on HP and hours used. See the Lifespan Chart.

HOW IT WORKS:

• Media utilizes molecular sieve technology and chemical bonding.
• Lubricant molecules attract to the proprietary substrate media bed like a magnet, permanently bonding and eliminating groundwater contamination.

STANDARD FEATURES:

• No priming required.
• MICRO 100 handles all compressor lubricants.

DISPOSAL OF CARTRIDGES:

• Dispose of used cartridges in accordance with state and local regulations.
• Lowest life cycle cost in the industry.

GUARANTEED COMPLIANCE:

• How low can you go? Pretty darn low! When properly sized and installed, our systems are guaranteed to reduce contaminants in your compressor condensate to 10 ppm or less.

• The MICRO 50 & 100 Series Oil-Water Separators can handle a maximum incoming pressure of 125 psi.
• This pressure regulator allows you to upgrade older ¼″ MICRO Series units to reduce pressure down to 125 psi or less.
• This regulator allows MICRO Series units to accept condensate lines that cannot decompress below 175 psi prior to reaching the Oil-Water Separator.

• The MICRO 50 & 100 Series Oil-Water Separators include a factory-installed and plumbed wall bracket, reducing installation time.
• Overtightening cartridges can cause cracks in the cartridge heads.
• Instead of replacing the entire system, swap a cracked head with one of these replacement heads.