SQlab 601 Ergowave Saddles Instruction Manual

SQlab 601 Ergowave Saddles

Notes on the Instruction Manual

In the following, please pay special attention to the notes that are highlighted. The possible consequences described are not described separately for each note!

• Note
  Indicates a possibly harmful situation. If not avoided, the saddle or other parts may be damaged.

• Caution
  Indicates a possibly imminent danger. If not avoided, minor or slight injury may result.

• Warning
  Indicates a potentially hazardous situation. If not avoided, death or serious injury may result.

• Danger
  Indicates an imminent danger. If not avoided, death or serious injury will result.

User Information

Product Designation

Foreword

Congratulations on your new SQlab ERGOLUX® saddle. ERGOLUX® stands for more freedom – more movement and less pressure. ERGOLUX® is the comfort version of the successful sporty SQlab ERGOWAVE®, but now for the more upright positions and requirements on touring, everyday, city and trekking bikes. Three models, each in a different width, for every area of use, for every bike and, above all, for every butt. We have developed these saddles with the highest requirements, especially in terms of ergonomic properties, but also the appearance and, last but not least, the necessary durability for the corresponding area of use. We have developed these saddles with the highest requirements above all in terms of ergonomic properties, but also appearance and not least the necessary durability for the corresponding area of use. The information contained in this user information on the field of application, safety, assembly compatibility and use are intended for both less knowledgeable, but also for long-time bicycle experts. In particular, the chapters “Intended use” and “Mounting” contain product-specific instructions that may differ from those of similar products. This user information does not replace that of your bike and that of the seat post, but merely supplements them. The entire user information must be read carefully and observed before assembly and use. Keep it carefully for later information or for maintenance work or spare parts orders and pass it on in the event of use by a third party or a sale.

Note
This user information does not replace the trained bicycle mechanic, his experience and training. If you are in doubt before or during assembly, you lack the tools or craftsmanship, do not hesitate and ask your SQlab dealer for help.

Illustration

Intended Use

The various models of the SQlab ERGOLUX® series have been developed for the different areas of application of travel, everyday, city and trekking cycling, depending on the model, and have been tested accordingly in numerous tests. Overloading and damage to the saddle is influenced by the nature of the surface being ridden on, riding skill, riding style, rider weight or total system weight and other special events such as riding errors, falls and accidents. When describing the intended use, we follow the international categorizations ASTM F2043-13/ DIN EN 17406, which describe the different areas of use as precisely as possible.

Category 1 according to DIN EN 17406
Refers to bicycles and EPACs used on normal paved surfaces on which the tires are intended to maintain ground contact at average speed, with occasional drops.

• Average speed in km/h: 15-25
• Maximum drop/jump height in cm: <15
• Intended use: Commuting and leisure riding
• Bike type: City & Urban Bikes

Category 1 according to ASTM F2043-13
Bicycles/attachments in this category are used exclusively on paved paths and roads, with the wheels in constant contact with the ground.

Category 2 according to DIN EN 17406

Refers to bicycles and EPACs for which condition 1 applies and which are also used on unpaved roads and gravel paths with moderate uphill and downhill gradients. Under these conditions, contact with uneven terrain and repeated loss of tire contact with the ground may occur. Drops are limited to 15 cm or less.

• Average speed in km/h: 15-25
• Maximum drop/jump height in cm: ‹ 15 cm
• Intended use: Leisure rides & trekking
• Bike type: Trekking & touring bikes

Category 2 according to ASTM F2043-13
Bicycles/attachments in this category can also be moved on gravel and unpaved roads with moderate gradients in addition to the operating conditions specified in category 1. Rougher terrain in this category may result in brief loss of tire contact with the ground. Jumps (drops) from a height of max. 15 cm may occur.

Category 3 according to DIN EN 17406
Refers to bicycles and EPACs to which condition 1 and condition 2 apply, and which are also used on rough paths, uneven unpaved roads, as well as difficult terrain and undeveloped paths, and for which technical skill is required. Jumps and drops shall be less than 60 cm.

• Average speed in km/h: irrelevant
• Maximum drop/jump height: <60 cm
• Intended use: Sport & competition riding
• Bike type: Cross-Country and marathon bikes

Category 3 according to ASTM F2043-13
Bikes/attachments in this category can be used on rough trails, rough terrain and difficult routes that require good riding technique, in addition to the conditions of use specified in categories 1 and 2. Jumps and drops can occur here up to a maximum height of 61 cm.

Warning

Exceeding the individual load limit of the components
Risk of falling due to breakage of the components

• Adhere to the permissible system and rider weight.
• Use your saddle only in the tended use category or in a lower use category (according to ASTM F2043-13/DIN EN 17406).
• Make an extraordinary inspection after situations with particularly or unexpectedly large force impact, such as after a fall, riding error or an accident.
• In case of doubt, the possibly damaged component should be replaced prophylactically. In such a case, better play it safe and ask your SQlab dealer for advice.

Note
For the protection of third parties, a component that is not immediately and obviously recognizable as defective should be clearly marked as unusable.

Mounting Compatibility and Operating Safety

The saddles of the SQlab ERGOLUX® series have commonly used round rails with a diameter of 7 mm made of a metallic alloy. These can be mounted with few restrictions on most standard seatposts. The principle of operation, the clamping forces and the quality of workmanship especially of the contact surfaces and edges of the seatpost can affect the durability of the saddle or its seat frame and possibly damage it. Therefore, never mount your SQlab ERGOLUX® saddle on unsuitable seatposts, but only on seatposts that meet the criteria below:

Note
Always also observe the notes and warnings provided in the installation and operating instructions that come with your seat post.

• The clamping of the struts must have a length “A” (or support distance) of at least 32 mm. The minimum length of “B” and “C” of each clamping surface must be at least 7 mm.
• The length “A” of the upper clamping jaw must be at least 32 mm and positioned within the possibly longer lower clamping jaw “B”.
• The clamping length “A” must also be at least 32 mm for seat posts with a mechanism that clamps transversely to the direction of travel.

Warning
Clamping of the saddle frame with opposing clamping jaws or clamping surfaces.
Risk of breakage of the saddle rail due to bending stress.

• Clamp the clamping jaws or clamping surfaces so that they run in the same direction as the saddle rail.

Warning
Mounting of the SQlab ERGOLUX® saddle by means of saddle clamps.
Risk of breakage due to unreliable clamping of the saddle.

• Use conventional saddle clamps.

Warning
The saddle clamp does not fit the shape of the saddle rails
Risk of accident due to sudden and unmediated breakage of the saddle rail during use.

• Only mount your SQlab ERGOLUX® saddle in a seatpost designed for mounting strut diameters or strut cross sections of 7

Warning
Damage to the saddle rail due to clamping with burrs.
Risk of accident due to sudden and unmediated breakage of the saddle rail during use.

• Only mount your SQlab ERGOLUX® saddle in seat posts whose clamping jaws are cleanly deburred.

Assembly

Warning
Incorrectly mounted components
Improperly mounted components can cause a crash.

• • You must read and understand the instructions and notes before you start assembly.
• If you have any questions about mounting these components, contact your SQlab dealer or have the saddle mounted by an experienced bicycle mechanic.

Note
For the equipment of an eMTB, eBikes and pedelecs, country-specific standards, rules, and regulations must be observed.

• In Germany, observe the “Guide for Modifications to Pedelecs” of the Zweirad-Industrie-Verband e.V. (http://www.ziv-zweirad.de) in cooperation with Verbund Service und Fahrrad g.e.V. (www.vsf.de) and Zedler-Institut für Fahrradtechnik und -Sicherheit GmbH (www.zedler.de).
• SQlab saddles are not approved across the board for fast pedelecs (S-pedelecs, up to 45 km/h). Please observe the country-specific requirements. In Germany, the “Guidelines for component replacement on fast e-bikes/pedelecs with pedal assistance up to 45 km/h” must be observed in particular.

Saddle Height

Information on the correct adjustment of the saddle height can be found in the manual of your bike and in a variety of books and guides on the subject of bicycle ergonomics. Your SQlab dealer will certainly also be happy to help you. Due to the SQlab step saddle concept, SQlab saddles usually build up slightly higher than other saddles. Therefore, after replacing the saddle, a check and possible correction of the saddle height adjustment is necessary.

Saddle Angle

The saddle nose should be horizontal. If you still feel that you are sliding forward, you can tilt the saddle nose slightly upward.

• 610 ERGOLUX® active
• 602 ERGOLUX® active
• 621 ERGOLUX® active

Post-seat/Horizontal Positioning of the Saddle

First mount the saddle in the center of the clamping range. Vary according to your needs starting from the center position within the adjustment range to the front and back. You can find information on the correct adjustment of the saddle position in the instructions on your bike and in a variety of books and guidebooks on the subject of bicycle ergonomics. Your SQlab specialist dealer will certainly also be happy to help you. Your SOlab specialist dealer will certainly also be happy to help you.

Note

SQlab saddles should tend to be pushed slightly further forward than your previous saddle.

Warning
Clamping outside the specified range.
Risk of accident due to sudden and unmediated breakage of the saddle rail during use.

• Clamp your SQlab saddle only within the scale shown on the saddle rails.
• In the case of a longer lower clamp jaw, make absolutely sure that the saddle rail is not deformed when tightening.

Tightening Torques

The tightening torque of the clamping bolts on the seat post depends on the seat post model. However, do not use a seat post where the tightening torque of the bolts on the clamping of the seat stays is specified as more than 18 Nm according to the manufacturer.

Warning

Tightening torque outside the specified range
Risk of falling due to sudden and unmediated breakage of the saddle rail caused by deformation or necking.

• Observe the specified tightening torque of the sadle clamp. in the operating instructions belonging to the seat post.
• Never exceed the maximum tightening torque of 18 Nm. In the event of a conflict in the specifications of the tightening torque, please contact your specialist dealer.

Warning

Riding with one or more loose bolts on the seat post.
The saddle stays can be damaged to such an extent that the saddle can no longer be used safely.

• After 20-50 km and at least every 3 months thereafter, check the tightening torque of the clamping bolts on the seat stays for the correct torque and retighten them if necessary.
• When checking the tightening torque, also make sure not to exceed the maximum tightening torque.
• Never ride with a loose saddle.

Note

When checking the tightening torque, also make sure not to exceed the maximum tightening torque.

eBike Ready

SQlab products with the eBike Ready designation are suitable for use on pedelecs in their respective ASTM F2043-13/ DIN EN 17406 category from the point of view of function, ergonomics and operational stability (in accordance with the DIN EN ISO 4210 and DIN EN ISO 15194 standards).

Note
The SQlab eBike Ready award refers exclusively to use on pedelecs with a pedal assist of up to 25 km/h. The eBike Ready award can be found on the packaging, the user manual as well as the product page of their SQlab product.

SQlab ERGOLUX® Saddle Exchange on Pedelec25

E-bikes and pedelecs with a CE mark and a pedal assistance of up to 25 km/h fall under the Machinery Directive, so components of these bicycles may not be exchanged or modified without further ado. In order to provide clarity, the Zweirad-Industrie-Verband (ZIV) and Verbund Service und Fahrrad (VSF) associations, in cooperation with the Zedler Institute and the Bundesinnungsverband Fahrrad (BIV), have published a joint guide to component replacement on e-bikes / pedelecs 25 What bicycle dealers and workshops are allowed to change on these vehicles, and for which components they must obtain the approval of the vehicle manufacturer or system provider, is clearly regulated by the guide and can thus be classified as a recommended course of action. An exchange of SQlab ERGOLUX® saddles with the eBike Ready designation is possible on the basis of the recommended action “Guideline for component exchange on CE-marked e-bikes/pedelecs with pedal assistance up to 25 km/h” of the Zweirad-Industrie- Verband (ZIV) and Verbund Service und Fahrrad (VSF) associations in cooperation with the Zedler Institute and the Bundesinnungsverband Fahrrad (BIV), if the offset to the rear of the series/original application area is not greater than 20 mm. In this case, a change in load distribution outside the intended adjustment range may lead to critical steering characteristics. The length of the saddle struts on the saddle frame and the saddle shape also play a role here. On our website www .sq-lab.com/service/downloads/ you will find a document called eBike Ready in the service area under Downloads. There you will find detailed information on component replacement on Pedelec25, as well as the guidelines for component replacement from the Zweirad-Industrie-Verband (ZIV), Verbund Service und Fahrrad (VSF), the Zedler Institute and the Bundesinnungsverband Fahrrad (BIV).

SQlab ERGOLUX® Saddle Exchange on Pedelec45

A component exchange of SQlab ERGOLUX® saddles with the eBike Ready designation on fast pedelecs, so-called S-pedelecs, which are classified as motor vehicles and are subject to EU Directive 2002/24/E6 or EU Regulation no. 168/2013, is possible on the basis of the guideline “Bauteiletausch an S-Pedelecs – schnelle E-Bikes / Pedelecs mit einer Tretunterstützung bis 45 km/h” of the Bundesinnungsverband für das Deutsche Zweiradmechaniker-Handwerk (BIV), TUV Rheinland, velotech.de, Verbund Service und Fahrrad (VSF), Zedler- Institut as well as the Zweirad-Industrie-Verband (ZIV) with restrictions, if the offset to the rear to the series / original application area is not greater than 20 mm. In this case, a change in load distribution outside the intended adjustment range may lead to critical steering characteristics. The length of the saddle stays on the saddle frame and the saddle shape also play a role here. On our website www.sq-lab.com/service/downloads/ you will find a document called eBike Ready in the service area under Downloads. There you will find detailed information on component replacement on Pedelec45, as well as the guidelines for component replacement from the Zweirad-Industrie-Verband (ZIV), Verbund Service und Fahrrad (VSF), the Zedler Institute and the Bundesinnungsverband Fahrrad (BIV).

The SQlab Active Saddle Technology (model-dependent)

Depending on the model, the SQlab M-D Line saddles are equipped with a replaceable elastomer, 2 or 4 damping sticks or an active switch. Structure of the Saddle The saddle allows by its design a movement of the pelvis in a horizontal plane. The performance of the so-called pelvic swing is thus ensured – as in natural walking.

Active Movement Setting

To achieve an even more effective, comfortable tilting of the saddle, the hardness of the active element can be adjusted on the active models.

Elastomer Configuration SQlab ERGOLUX® active

• SQlab 610 ERGOLUX® active 2.1 with inserted elastomer
• SQlab 610 ERGOLUX® active 2.1 with elastomer removed

The extent of the tilting movement can be adjusted in the SQlab ERGOLUX® active 2.1 by replacing the elastomer. Included with the saddle are 3 elastomers, which differ in hardness and corresponding colors and are selected according to the rider’s weight.

The elastomers are not screwed or glued, but only clamped and can be pulled out backwards by hand. To facilitate changing the elastomers, they can be moistened.

Adjustment of the Active Movement on the SQlab 602 ERGOLUX® active (2.0)

In the SQlab 602 ERGOLUX® active model, two sticks can be removed from the shock absorber to adjust the Active movement.

Whether to ride with or without sticks depends on personal feeling, seating position and body weight.

The configuration of the sticks should always be symmetrical, i.e. left and right should always be equally equipped. Without sticks, the damper becomes softer – in particular, the rotational movement around the longitudinal axis becomes stronger.

Pick up the sticks well, if you want to ride the saddle at a later date but again with the damping sticks.

Adjusting the Active Movement on the SQlab 621 ERGOLUX® active (2.0)

In the SQlab 621 ERGOLUX® active model, up to four sticks can be removed from the damper to adjust the active movement.

The configuration of the sticks should always be symmetrical, i.e. left and right should always be equally equipped. Without sticks, the damper becomes softer – in particular, the rotational movement around the longitudinal axis becomes stronger. Whether to ride with or without sticks depends on personal feeling, seating position and body weight.

Save the sticks well in case you want to ride the saddle with the damping sticks again at a later time.

Adjustment of the Active Movement on the SQlab 602 and 621 ERGOLUX® active 2.1

On the SQlab 602 ERGOLUX® active 2.1 and SQlab 621 ERGOLUX® active 2.1 models, the active switch on the underside of the saddle can be turned to adjust the active movement.

In the default setting, the active switch is at a 90° angle to the rails. The active movement corresponds to the standard setting (leff). If you turn the active switch by 90° in any direction so that it is parallel to the rails (right), the active movement is noticeably stronger. The setting at which you ride depends on how you feel, your seating position and your body weight.

Technical Data

Inspection

Regularly check the surface of the saddle and the saddle stays for possible damage at least twice a year, in each case after no more than 2000 km and especially after falls or other situations involving unusually high forces. Damage may be difficult to detect. Cracking and creaking noises as well as discoloration, cracks and waves in the surface of the saddle stays may indicate damage due to overloading.

Warning

Riding with a damaged saddle
Risk of falling due to sudden and unmediated breakage of the saddle frame during use.

• If in doubt, do not continue riding under any circumstances and ask your SQlab dealer immediately.

Maintenance

Clean the saddle regularly with water and a soft cloth. For heavier soiling, a commercially available rinsing or cleaning agent and warm water can also be used.

Caution

Incorrect cleaning
Damage to the saddle, saddle pan or struts.

• Do not use a high-pressure cleaner.
• Avoid solvent-containing or aggressive cleaning agents such as acetone, nitro (thinner), cleaning gasoline or trichloroethylene. Noises such as creaking, cracking and squeaking are undesirable. The cause is usually difficult to find out. The most common source on the saddle is the saddle clamp.

Noises such as creaking, cracking and squeaking are undesirable. The cause is usually difficult to find out. The most common source on the saddle is the saddle clamp.

Note

Make absolutely sure that the clamping surfaces of the seat post and the clamping area of the saddle stays are free of dirt. But also the connection of seatpost and frame to the bottom bracket often makes noise. The connection of the struts to the saddle can also be the cause of noise. Usually the rear connection of the seat stays causes the noise.

Note

A little spray or penetrating oil in the space between the saddle rails and the saddle shell can help. The oiling must initially be repeated about every 2-3 trips.

After that, no more noises should occur even without regular lubrication.

Note

To find out the actual source of the noise, it is advisable to first oil either the front or the rear connection between the saddle strut and the saddle shell.

Liability for Material Defects and Warranty

Within the EU, the statutory liability for material defects applies to all sales contracts between private individuals and commercial sellers. From the date of purchase, buyers have 2 years warranty rights. In the event of a defect occurring or a warranty request, the SQlab partner from whom you purchased the product is your contact.

Note

This regulation is only valid in European countries. Ask your SQlab dealer about any deviating regulations in your country. The following specialist dealer warranty is in addition to the statutory liability for material defects of your contractual partner and does not affect it. In addition to the statutory liability for material defects, SQlab GmbH extends the manufacturer’s warranty from 24 to 36 months for products purchased from specialist dealers in Germany. In the event of a defect occurring or a warranty inquiry, your SQlab specialist dealer is the contact. The following end customer warranty is in addition to the statutory liability for material defects of your contract partner and does not affect it. For irreparable damage to your SQlab product caused by a fall, SQlab GmbH offers you a discount of 50% up to 10 years after the date of purchase when buying a new SQlab replacement product. If you want to take advantage of the Crash Replacement, send us your defective product to the following address:

• SOlab GmbH
• Crash Replacement
• Postweg 4
• D-82024 Taufkirchen

The originally purchased product automatically becomes the property of SQlab GmbH. SQlab will contact you after thorough examination regarding a suitable replacement product.

Claims from the end customer warranty exist only if:

• The SQlab product has been registered in the SQlab Crash Replacement Program (can be found on our website www.sq-lab.com in the service area under Crash Replacement).
• The purchase can be proven by receipt.
• No modifications have been made to the product.
• The intended use has been observed.
• The defect of the saddle is not due to improper assembly or lack of maintenance.
• Excluded are damages due to wear and tear
• The supplementary end-customer warranty is only valid in Germany. Further claims of the end customer against SQlab GmbH from this warranty do not exist. In the event of a defect occurring or a warranty inquiry, SQlab GmbH is the contact person.

Wear and Storage

Bicycles and their components are subject to function-related, mostly use- dependent wear, such as abrasion on tires, grips and brake pads. Environment- related wear occurs when stored under aggressive environmental conditions, such as sunlight and the influence of rain, wind and sand. Wear and tear is not covered by the warranty.

Caution

Incorrect storage of the SQlab saddle when mounted or remounted. Premature wear due to sunlight, temperature or humidity.

• Avoid direct sunlight on the saddle.
• Store the saddle at temperatures between -10° and 40° and humidity below 60%.

Manufacturer and Distribution

SQlab GmbH, Postweg 4, 82024 Taufkirchen, Germany

Foreign Distributors, Dealers and Addresses

A list of our national and international distributors and specialist dealers can be found on our website: http://www.sq-lab.com

SQlab GmbH Sports Ergonomics

• www.sq-lab.com

Postweg 4 82024 Taufkirchen Germany

• Phone: +49 (0)89 – 666 10 46-0
• Fax: +49 (0)89 – 666 10 46-18
• E-Mail: info@sq-lab.com

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