Static grounding devices provide a path to ground for any static charge. Because static can build up on plastic pipe, even for water services, there is a possibility of a spark discharge of sufficient energy to cause ignition if the proper air/gas mixture is present.

Use of a static electricity grounding device is a precaution that can dissipate the charge and minimize the possibility of ignition. REED strongly recommends use of the PEGR7 model with PE Squeeze-Off Tools and Guillotine Pipe Cutters. 

• Heavy-duty design holds up to field use demands.
• Ground the work area to increase operator safety.
• Heavy-duty cable with 7 foot working distance.
• Set screw lugs enable cable repair by operator.

Double bar PE squeeze-off tools provide two pinch points to increase squeeze confidence and yield optimal flow control.  REED offers the best designed tools for stopping flow in ½” up to 8” PE pipe. User input resulted in features like hand grooves for lifting, reduced weight, and a controlled, low-effort squeeze.  Sliding bar handles on these manual squeeze tools make work in tight places easier and increase leverage for tightening. Fine-pitched thread on feed screw allows for a consistent, smooth squeeze. Grease fittings at friction points make operation smooth and extend tool life.

Multiple size/SDR settings on one pair of stops provide convenient over-squeeze protection for standard pipe sizes.

• Heavy-duty construction for use on CTS pipe.
• Double-bar design offers two squeeze points for extra security.
• Two-position handle for work location options.
• Fine thread for smooth squeeze from the operator.
• Grease fittings at friction points.
• Capacity: 1/2"-2" nom. 
• Pipe/SDR Stops: 6  (98078)
• Length: 12"

Reed strongly recommends use of the PEGR7 Static Grounding Device (#04621) with PE Squeeze Tools. Use a grounding device as a precaution against static build-up. Dissipate the charge and minimize the possibility of ignition.

Double bar PE squeeze-off tools provide two pinch points to increase squeeze confidence and yield optimal flow control.  REED offers the best designed tools for stopping flow in ½” up to 8” PE pipe. User input resulted in features like hand grooves for lifting, reduced weight, and a controlled, low-effort squeeze.  Sliding bar handles on these manual squeeze tools make work in tight places easier and increase leverage for tightening. Fine-pitched thread on feed screw allows for a consistent, smooth squeeze. Grease fittings at friction points make operation smooth and extend tool life.

Multiple size/SDR settings on one pair of stops provide convenient over-squeeze protection for standard pipe sizes.

• Heavy-duty construction for use on IPS pipe.
• Double-bar design offers two squeeze points for extra security.
• Two-position handle for work location options.
• Fine thread for smooth squeeze from the operator.
• Grease fittings at friction points.
• Capacity: 1/2"-2" nom. 
• Pipe/SDR Stops: 6  (98079)
• Length: 12"

Reed strongly recommends use of the PEGR7 Static Grounding Device (#04621) with PE Squeeze Tools. Use a grounding device as a precaution against static build-up. Dissipate the charge and minimize the possibility of ignition.

Double bar PE squeeze-off tools provide two pinch points to increase squeeze confidence and yield optimal flow control.  REED offers the best designed tools for stopping flow in ½” up to 8” PE pipe. User input resulted in features like hand grooves for lifting, reduced weight, and a controlled, low-effort squeeze.  Sliding bar handles on these manual squeeze tools make work in tight places easier and increase leverage for tightening. Fine-pitched thread on feed screw allows for a consistent, smooth squeeze. Grease fittings at friction points make operation smooth and extend tool life.

Multiple size/SDR settings on one pair of stops provide convenient over-squeeze protection for standard pipe sizes.

• Optimized double bar design best manages flow control.
• Screw drive design reduces manual operator squeeze effort by approximately 30%.
• Hand placement area machined into bottom bar allows for easy lifting.
• ASTM squeeze and release rates posted on tool body.
• Grease fittings at friction points.

• Capacity: 2"-4" nom.  (2.38" - 4.50" O.D.) 
• Pipe/SDR Stops: 7  (98094)
• Length: 20"

Reed strongly recommends use of the PEGR7 Static Grounding Device (#04621) with PE Squeeze Tools. Use a grounding device as a precaution against static build-up. Dissipate the charge and minimize the possibility of ignition.

Bear Hug™ from REED is a modular squeeze tool system for PE using hydraulic cylinders for an industry-leading 83,400 pounds of squeeze force.

PES8BT base tool includes stops for 3 to 8 inch PE pipe in common DR sizes for North America pipe sizes. Plus, SDR 9 size is new for REED on PES8BT.

REED recommends two-person operation.   

For safety, there is a choice of two grounding rod installation spots.

• Base squeeze tool of the REED Bear Hug™ Squeeze Tool System.
• Requires either a manual hydraulic or air-over-hydraulic pump for operation.   
• Based on job needs, choose from an air-over hydraulic pump PESAPA (#04330) or manual hand pump PESMPA (#04329) to add to your PES8BT base tool.
• Includes two sets of color-coded stops for North America (imperial) pipe sizes.
• Color-coded stops increase visibility of stop sizes and help operator quickly confirm that stops are set properly, thus reducing user error.
• Double bar design for squeeze confidence and less residual impact on the pipe.
• The double-acting system is designed to squeeze and release with hydraulic pump. No more reliance on internal springs for retraction since those spring systems are more prone to wear over time. 
• Massive 83,400 lb. squeeze force.
• Saddle bolts can be hand-threaded to mechanically lock the tool in the squeeze position.
• Saddle clamps are mounted right to the unit for operator convenience.
• Weight: 175 lbs.  REED'S design is almost 100 pounds (45 kg) less than competitive model.  

NOTES:

Reed strongly recommends use of the PEGR7 Static Grounding Device (#04621) with PE Squeeze Tools. Use a grounding device as a precaution against static build-up. Dissipate the charge and minimize the possibility of ignition.

Air-over-Hydraulic Pump for use with REED PES8BT

• Air-over-hydraulic pump for use with REED PES8BT Bear Hug™ Squeeze Tool System.
• Pneumatic powered hydraulic pump used to raise and lower the squeeze bars.
• Uses foot pedal control for operator convenience and minimal effort.
• Includes Flow Control Valve for fine squeeze and release speeds.
• Operator to supply applicable air compressor with 20 CFM air flow at 100 psi minimum.
• 12-ft hose allows pump to be placed out of the ditch at ground level.
•  ¼” NPT air inlet thread connects air compressor and pump.
• REED recommends use of the PESFRLA filter-regulator-lubricator with the PESAPA pump.

NOTES:

Reed strongly recommends use of the PEGR7 Static Grounding Device (#04621) with PE Squeeze Tools. Use a grounding device as a precaution against static build-up. Dissipate the charge and minimize the possibility of ignition.

Filter-Regulator-Lubricator for Bear Hug™ PE Squeeze Tool System

• ¼” NPT hose connection
• 100 psi
• Maximize tool efficiency by using clean air.
• Protect pneumatic motors from contamination by using an FRL.

NOTES:

Reed strongly recommends use of the PEGR7 Static Grounding Device (#04621) with PE Squeeze Tools. Use a grounding device as a precaution against static build-up. Dissipate the charge and minimize the possibility of ignition.

WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov.

2-stage Hand Pump for use with REED PES8BT

• Manual hydraulic pump for use with REED PES8BT Bear Hug™ Squeeze Tool System.  (Base tool sold separately)
• Manual arm is used to raise and lower the squeeze bars.
• 12-ft hose allows pump to be placed out of the ditch at ground level.
• With this portable power source, an extra power source is not needed.

NOTES:

Reed strongly recommends use of the PEGR7 Static Grounding Device (#04621) with PE Squeeze Tools. Use a grounding device as a precaution against static build-up. Dissipate the charge and minimize the possibility of ignition.