ZENLOCK & ZENLOCKSR 1.0

1 inch (25mm) Slackline Webbing Anchor Instructions for use

Balancing Earth Slacklines340 Clairmont Dr. PH: 478:951-8108Warner Robins, GA 31088 EM:info@balancingearthslacklines.com www.balancingearthslacklines.com facebook.com/balancingearthslacklines instagram.com/balancingearthslacklines

We would first like to thank you for choosing one of the Zenlock Webbing Anchors from Balancing Earth Slacklines. Please take the time to read this manual before using your device. Understand that slacklining should be fun and enjoyable, however, it requires attention and responsibility to remain safe. Tensioning a slackline, especially in public areas, can be dangerous. To enjoy slacklining to the fullest, please make every effort to keep yourself and others in your surroundings safe!

Thank You Again, The Team at Balancing Earth Slacklines

The Zenlock and ZenlockSR *1 1-inch slackline webbing anchors are lightweight, strong and built with quality components. Both Models have been rigorously tested for strength and efficiency. The two models were developed for use in longlines and are approved for lines over 100m within the Working Load Limit (WLL)

Always remember to stay within the working load limit of this device and also keep in mind the WLL of the webbing in use.

The robust side plates are made of high tenacity Carbon steel and have 2 layers of Powder Coating.

The center diverter is machined and anodized aircraft aluminum. The diverter has a 1-inch Outer Diameter making pre-tensioning efficient and smooth.

The Safety Pins that comes with both models of the Zenlock consist of four stainless steel retentive locking balls. This ensures the safety and ease of slackline webbing installation and removal. The shaft is made of 17-4 Stainless steel, resulting in a very high strength retention.

*1 The “SR” in ZenlockSR stands for Soft Release. The ZenlockSR is designed to only be anchored in a soft release method. You will read more on this onthe “Approved Connectors Continued” page.

TECHNICAL SPECIFICATIONS

Zenlock • Minimal Breaking Strength (MBS): 11,240lbf (50kN)• Working Load Limit (WLL): 2,248lbf (10kN)• Weight: 382g (13.45oz.) • Material: High Strength Carbon Steel• Webbing Width: 1in. (25.4mm)• Plate Thickness: 0.13in. (3.4mm)• Diverter Size (O.D.): 0.99in. (25mm)• Spacing at Rear Connector:0.26in. (6.6mm)• Diverter Material: 6061-T6 Aircraft Aluminum• Origin: USA

ZenlockSR

•Minimal Breaking Strength (MBS): 11,240lbf (50kN)• Working Load Limit (WLL): 2,248lbf (10kN)• Weight: 404g (14.25oz.)• Material: High Strength Carbon Steel• Webbing Width: 1in. (25.4mm)• Plate Thickness: 0.13in. (3.4mm)• Diverter Size (O.D.): 0.99in. (25mm)• Diverter Material: 6061-T6 Aircraft Aluminum• Origin: USA

ZENLOCKSR

Safety Pin• Minimal Breaking Strength (MBS): 36,800lbf (163kN)• Pull Strength: 1160 lbf (5kN)• Weight: 66g (2.3oz.)• Safety Pin Diameter (O.D.): 0.50in. (12.7mm)• Safety Pin Handle Material: Anodized Aluminum• Safety Pin Material: 17-4 Stainless Steel• Safety Pin Grip: 1.50in. (38mm)• Origin: USA

ZENLOCK

Warnings, General Use, and LEGAL Guidelines Please Take the Time to Read and Understand these Warnings

The Zenlock webbing anchor is only intended for slackline use by individuals who have taken the time to progress their skill and energy in using advanced rigging methods such as longlines and other slackline pulley systems. Both Models of the Zenlock should ONLY be used in systems using SLACKLINE webbing, soft releases and other energy absorbing anchors. With there being so many dangers in misusing this piece of equipment it is crucial forspecific training before use. You must personally assume and understand that ALL risks and responsibilities of using this device are on you. If you can not accept this or choose not to please do not use this equipment.

• There are many factors that could go wrong in rigging any system. Please check all bolts, pins, shackles, any connector and/or individual part of the slackline system before use.• Never rig your weblock against a tree, rock, cliff edge or other hard surfaces that could break a side plate, connector or pin.• Do not allow your connectors (shackles, carabiners, etc.) to lever against the weblock. This could cause the connector to break or open, causing failure to one or more parts of your system. • Make sure all connectors are clear (debris, webbing tails, twists, etc.) and rigged properly at all times.• When webbing is traveling through a Webbing Anchor, there is a potential for clothes, hair, jewelry, etc. to be pulled into the device. Thus, Causing damage or injury to self or others nearby. Please be conscious of this at all times.• Always store your Zenlock Webbing Anchor in a dry place.• Clean with fresh water and dry completely if necessary. • Your Webbing Anchor (ANY GEAR FOR THAT MATTER) should not be exposed to chemicals. Discard and Destroy if it has been exposed to chemicals• We always recommend a back up for every part of your system. Some situations require a back up for a backup. With the potential of causing an inception of backups……..seriously, be safe and redundant to enjoy a long life of slacklining. • Make sure the safety pin is fully installed and the balls are locked and engaged. THE CONNECTORS HOLDING THIS DEVICE TOGETHER HAVE BEEN ADHERED AND SHOULD NEVER BE LOOSENED OR ADJUSTED.• ANY repair or modification should only be done by the manufacturer. • Slacklining can be very dangerous especially longlines. When you begin using pulley systems, webbing capturing devices, and other advanced rigging techniques the probability of injury is greater.• Balancing Earth Slacklines Assumes NO liability for any damages of persons or property.• This device should be used for no other purpose than pre-tensioning and anchoring slackline webbing inside it’s SAFE Working Load Limit (WLL). • It Is not intended for climbing use.• You are responsible for any damages to the weblock. If your Webbing Anchor is ever dropped from any substantial height, the device should be discarded from use and destroyed!!• ANY damaged weblock should be retired and destroyed.

The lifespan of the Zenlock is 10 years. However, with the amount of use the average slackliner puts on a weblock the lifespan will be much shorter. Some instances result in only one-time use.Replacements can only be discussed (not guaranteed) in a “one-on-one” basis for NEW/UNUSED WEBLOCKS ONLY!!

Failure to comply with these warnings and guidelines listed here and elsewhere in this manual may result in serious injury or death

Approved Connector Options As stated before you are responsible for the use of the Zenlock and ZenlockSR Slackline Webbing Anchor. That means you also assume how you connect it to your system and what connectors to use. Do Not Ever Use Aluminum Connectors in your system. Always Check Your Weblock And Connectors for Burrs, Cracks or Any Defects of Any Kind!

Next are a few connector types that we approve for use:

Stainless Steel Shackles

The BC SS Shackle and 1/2in. SS Bow type Shackle are among the best options. Both found in our gear shop. Other stainless steel connectors include the 7/16 SS ‘D’ Shackle. Use these style connectors to rig directly to you spanset or other anchor material. Keep in mind when you add other gear you minimize your WLL to the WEAKEST piece of gear and work inside that limit.

Stainless Steel Twist Shackles

1/2” Twist shackles can come in handy in several rigging scenarios. Depending on how your anchor is built the twist shackle could orient your weblock at the proper angle for proper use. Always make sure all pins are tight and secure.

Connectors Continue...

Forged Galvanized Steel Connectors

Approved for use in securing your webbing anchor to your pulley system or anchor. Use these style connectors to rig directly to you spanset or other anchor material. Again, Keep in mind when you add other gear you minimize your WLL to the WEAKEST piece of gear and work inside that limit. Please learn to use this device and all other gear needed to rig a secure and safe slackline.

Always Stay Within The WLLOf the weakest part of your

System

Failure to do so could result in Injury or death

Approved Connectors Continued

Steel Locking “D” or Pear Shaped Carabiners

Steel Locking Carabiners are approved only if the wider end of the carabiner connects to the webbing anchor. Make sure the gate is secure and locked. Another way to connect with a steel carabineris to make a continuous round sling with Spansets and other rated anchor material

Soft Shackles (Sheathed Only)

The soft shackle is a revolutionary connector making tri-loading, offsetting and other ways of connecting possible without the risk of metal on metal damage.They also provide higher strength than most steel connectors at a fraction of the weight. Always use soft shackles that have been sheathed in some other abrasion cover

Always Check Your Weblock And Connectors for Burrs, Cracks, Freys or Any Defects of Any Kind!

Spanset in a “Bgebz” Configuration

The Bgebz knot is a slackline specific knot for securing your Webbing Anchor to a fixed anchor (i.e. Tree). BE sure to take the time to learn this technique properly before using. Once learned this is a very convenient method of connecting to your anchor with out the use of additional hardware.

Soft Release

A Soft Release is a method of rigging that allows you to easily de-rig your system without the need of your tensioning system.By wrapping a piece of webbing around the rear safety pin and a shackle (a minimal of 6 times) you can hold the tension of the line by static friction. After backing up your tail you may then tension your webbing with a linegrip transferring tension to the weblock. This method is best used with low stretch webbing and loads up to 10kN. Note:This is an advanced method of rigging and you should be trained and know what your abilities are before attempting.

Spansets in a “Basket” Configuration

Spansets feed through the large attachment hole on the Zenlock are a quick and secure way to connect your anchor. Make sure to check for frays on your spanset and use a Steel connector to connect the ends.

Wrapping Methods There are three ways of wrapping your webbing around the diverter and capturing your webbing with the safety pin.

Single Wrap Method

The single wrap method is the normal and reliable method for your weblock. The single Wrap is the only method with the ability to pre-tension your webbing. This is only for use with 25mm webbing and only to the Working Load Limit of 2248 lbf.(10Kn).

• Start By making a bite or fold in the webbing with the walking line on top and the tail on the bottom.

• Next take your bite and wrap it around the center diverter and attach it to the front pin.

• Once the pin is through the loop and side plates, make sure balls are locked

Double Wrap Method

The Double Wrap method is a great option for your static anchor. The double wrap method is recommended for all high tension lines,Vectran, Dyneema, and other synthetic types of webbing. The double wrap method does not allow you to pre-tension and reduces (but doesnot eliminate) slippage. Due to higher loads on the front pin and diverter this method reduces the WLL • The same as the single wrap method make your bite and wrap (with the walking end on top) around the center diverter.

• This time you are going to wrap around the front of the pin and around the diverter a second time (under the walking strand).

• Placing the pin through the bite and wrap, there should be 3 strands of webbing around the safety pin. ALWAYS Remember to check that your pin is locked

1.5 Wrap Method

The 1.5 Wrap Method is another option for your static side anchor. Due to having to thread the webbing through your weblock for thismethod it is best to start with the end of your webbing. Make sure to allow for enough tail to back up your webbing to your anchor.

Due to higher loads on the front pin and diverter this method reduces the WLL

• Take your webbing end and run it behind the diverter and around the front pin

• Then run it behind the diverter again (in between the first strand of webbing and the roller) going up between the diverter and the safety pin.

• Wrapping the webbing towards the back side of the diverter in between the walking layer of webbing coming out the front of the weblock.

NOTE: That Only the Single Wrap Method Allows for Pre-tensioning. The other two methodsare for Anchoring only and are still susceptible to slippage at high tension.

Please KNOW that ALL webbing has the potential to slip in any weblock. You Should ALWAYS back up the tail end of the webbing.

Things To Watch For

When rigging with your Zenlock make sure it is not incontact with any surface. Your weblock, like you walking onthe slackline should be suspended in space. Do not rig your

Zenlock against Trees, Rock Face or the Ground.The Zenlock is coated in Powder Coating and is subject tochipping and flaking. By following this rule of thumb you

can insure the safety of your weblock and the longevity ofit's use

Always watch for twists in the webbing!!While tensioning and through out your session keep an eyeout for twist in you tail. This can damage your webbing and

your Zenlock.A good way to minimize the risk of this is to back up yourtail by feeding a bite or the end of the webbing up (from

the bottom) and behind the diverter coming up through thetop (ensuring the webbing is flat) of the Zenlock and tying

it off.

Do not allow your webbing to Jam on the side plates!Make sure when you rig your slackline that your anchorsare aligned, so that your webbing is not off center and

jamming against your weblock. This could cause leverageon the side plates damaging your Zenlock and cause higher

risk for injury.

ALWAYS DOUBLE CHECK YOUR RIGGING. BACK UP & SECURE EVERY COMPONENT

Please remember to always be safe and use educated and honest assessments whenrigging and walking Slacklines. We want the Slack Family as a whole to continue to grow.

Let’s work together to keep our sport and past time safe.

ZENLOCK & ZENLOCKSR 1.0 1-inch Slackline Webbing Anchor

Manufactured and Assembled in the United States of America

Balancing Earth Slacklines 340 Clairmont Dr. PH: 478:951-8108

Warner Robins, GA 31088 EM:info@balancingearthslacklines.com

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