Prices incl. VAT plus shipping costs
Delivery time 14 Workdays
- Einfache und schnelle Montage
- Robust und pflegeleicht
- Rutschfestes Material
- Order number: 00HH2-1200
HH2 pull-up bar – the stainless steel pull-up bar for steel beams
General information
The HH2 pull-up bar was specially developed to be non-destructively attached to a steel beam – stable, secure, and without drilling. The goal was to create a solution that is reproducible, individually adaptable, and durable.
The attachment is carried out using original stainless steel MTH clamping plates. This makes the bar highly suitable for outdoor use, entirely preventing rust formation at the mounting points. As with all products, the highest quality is prioritized, backed by a warranty that ensures long-lasting enjoyment of the pull-up bar.
Mounting on a steel beam
The appropriate width for the steel beam (IPE / HEA) can be selected in the configurator.
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Important: The contact surface of the steel beam must be measured exactly before ordering.
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Additionally, the thickness of the steel beam must be measured, and this dimension must be entered in the remarks field at the end of the ordering process.
This ensures that the HH2 pull-up bar fits with millimeter precision.
There are 22 different widths available in the configurator. If the required dimension is not listed, direct contact can be made to find a customized solution.
Note: Since it is a custom-made product, the HH2 pull-up bar is excluded from exchange and return.
Additional grips
The HH2 model is also available with narrow additional grips. This can simply be noted in the remarks field during the ordering process – the grips will then be welded on with a standard inner width of 230 mm.
Technical data & quality
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Material: brushed stainless steel – rustproof, durable, minimalist, and extremely stable
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Construction: fully welded
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Grip width: approx. 1.20 m
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Grip variations: 4 variants (wide, medium, narrow, optional additional grips)
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Mounting: suitable for the following beam types:
H-beams, double-T beams, IPE beams, PE profiles, HEA (IPBl) profiles, HEB (IPB) profiles, HEM (IPBv) profiles, I-beams, INP double-T standard profiles
Suitable for the following types of training
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Fitness training
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Calisthenics
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Bodyweight exercises
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CrossFit
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Sling training (e.g., TRX)
Typical training sessions
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Pull day
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Upper body workouts
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Core training
Possible exercises
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Pull-ups, chin-ups, neutral pull-ups
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Burpee pull-ups
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Leg raises & L-sit pull-ups
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Front lever & back lever
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Negative and slow pull-ups (SLOMO)
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One-arm pull-ups
Muscle groups
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Upper body (core)
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Chest, arms, back & shoulders
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Abdominal muscles
Advantages of the HH2 pull-up bar
✓ Secure attachment without drilling directly to the steel beam
✓ Ideal for pull-ups, calisthenics & CrossFit
✓ Ample arm, head, and leg clearance
✓ No assembly required – ready for immediate use
✓ High-quality, robust, rustproof – lasts for more than a lifetime
✓ Visually elegant stainless steel design
The HH2 pull-up bar is the perfect solution for anyone looking for a flexible, secure, and durable pull-up bar for a steel beam. Whether in a home gym, an outdoor area, or for professional use – this bar offers maximum stability and training variety.
Customer photos - H4 pull-up bar for steel beams
Customer images of the H4 pull-up bar are displayed below. Photos of installed pull-up bars are always highly appreciated. Sharing these installations provides great value and inspiration for other users visiting this site.
H4 pull-up bar under a balcony


The best exercises on the HH2 pull-up bar
Below are 7 exercises that are possible on the HH2 pull-up bar. The description focuses only on the essentials. Selected exercises can also be seen in the embedded videos.
Pull musculature / Pull exercises
#1 Classic pull-ups (= Pull-ups, Chin-ups)
For a classic pull-up, the pull-up bar is gripped with both hands, the arm and back muscles are tensed, and the body is pulled upwards, first from the shoulders and then from the arms, until the chin is slightly above the bar. This position is held for 1-2 seconds. The body is then lowered slowly and in a controlled manner until the arms are fully extended.
Classic pull-ups are pull exercises to strengthen the back or the entire upper body. They can be performed using various grip types and widths and combine very well with other exercises.
The two most common grip types are the overhand grip (= pronated grip, i.e., the backs of the hands face the user) and the underhand grip (= supinated grip, i.e., the palms face the user).
In most workouts and training sessions, classic pull-ups are usually performed shoulder-width apart using an overhand grip. However, gripping the bar can generally be done at different widths, e.g., 110 cm, 60 cm, or 10 cm.
Pull-ups refer to classic pull-ups using an overhand grip. Chin-ups refer to classic pull-ups using an underhand grip.
#2 Negative pull-ups or pull-up holds in an underhand grip
Negative pull-ups: A jump is made from a normal standing position to the pull-up bar so that the chin is slightly above or directly at the pull-up bar. The position is held for 1-2 seconds. The body is then lowered slowly and in a controlled manner until the arms are fully extended. Finally, a jump is made from the pull-up bar back to the ground into a normal standing position. Important: The body must be tensed throughout the entire range of motion.
Pull-up holds in an underhand grip: The pull-up bar is gripped in an underhand grip (thumbs pointing outwards), the legs are fully extended and pressed together. From this position, the body is pulled upwards until the chin is above the pull-up bar. This position is held for 1 - 2 seconds. The body is then lowered slowly and in a controlled manner. At the end of the movement, the position is held briefly before pulling the body upwards again until the chin is above the pull-up bar. Possible training unit: Performing as many pull-up holds as possible in one minute.
Negative pull-ups and pull-up holds in an underhand grip are ideal exercises for beginners. They are highly recommended if not a single classic pull-up can be achieved yet. Negative pull-ups can also be performed in an overhand grip.
#3 One-arm pull-up
The pull-up bar is gripped with one arm on a straight section using an underhand grip. The arm and back muscles are tensed. The upper body is then pulled up and simultaneously turned towards the gripping arm. The turning movement is initiated with the shoulder.
Note: When performing the one-arm pull-up with the left arm, the body is turned to the left when pulling up.
Abdominal and core musculature
#1 Burpee pull-up (= Burpees with pull-ups or push-up-jump-pull-up combination)
Starting position: Normal shoulder-width stance.
Step 1: Lowering from a normal stance into a squat until the palms touch the floor.
Step 2: Jumping from this position into a push-up position (jumping slightly upwards while simultaneously extending the legs backward until they are fully extended and the toes touch the floor).
Step 3: Jumping immediately from the push-up position back into a squat and then upwards from the squat to the pull-up bar. The pull-up bar is gripped with both hands during the jump, and the chin is pulled above the bar. This position is held for 1-2 seconds.
Step 4: The body is then lowered slowly until the arms are fully extended, followed by a jump back to the floor into the starting position.
The burpee pull-up combines several exercises (squats, push-ups, vertical jumps, pull-ups) into one fluid movement. The burpee pull-up (or burpees in general) is one of the best exercises in bodyweight training and calisthenics.
The burpee pull-up provides an easy way to determine or check the current fitness level. The following assessment serves as a good orientation:
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8 or fewer burpees: poor
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10 burpees: average
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12 burpees: good
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13 or more: excellent
#2 Leg raises on a pull-up bar
The pull-up bar is gripped shoulder-width apart in an overhand or underhand grip. The knees are raised upwards so that both legs and the upper body form a 90° angle. The legs are then lowered in a controlled manner.
Variation: The knees can also be pulled towards the chest to achieve a larger range of motion. The intensity is increased by lifting straight instead of bent legs.
#3 Windshield wipers
The pull-up bar is gripped shoulder-width apart in an overhand or underhand grip. The legs are raised upwards until the body and legs form a V-shape. The legs are then rotated alternately to the left and then to the right (similar to the movement of a car's windshield wiper).
This exercise provides an excellent stimulus for the oblique abdominal muscles. It can also be performed on dip bars.
#4 Front lever
The same starting position is assumed as for the windshield wipers. The fully extended legs are carefully lifted until the upper body and legs form a straight line. The position is held for 2-8 seconds. The legs are then carefully lowered back to the starting position.
The front lever can also be performed very effectively on dip bars.
Requirements for effective fitness training: time, fitness equipment, space, training plan, and training goal
For effective fitness training at home, only a little time 1-2 times a week, the right fitness equipment, some space, a training plan, and a training goal are required. How to properly select these elements and what needs to be considered is described below. Except for the reference to the required space, the same naturally applies to training in a CrossFit box or a gym.
Training goal
Defining a training goal is not difficult. In the simplest case, it works like this: Assuming the objective is to improve general fitness. In this scenario, the training goal would simply be the improvement of general fitness.
Example of a training goal: Improvement of general fitness.
Why is a training goal necessary? In fitness, the basic rule applies: no training without a training goal. A personal trainer always asks for the training goal first and creates a training plan based on it. If professionals always work based on training goals, this approach can easily be adopted. It is not complicated and only requires some basic knowledge of the biophysical processes in the body.
Training plan
If the objective is to improve general fitness, a possible training plan would be:
Complete about 1 hour of general fitness training 1-2 times a week, ensuring that the physical limit is reached in 1-2 exercises.
Possible exercises would then include: jumping jacks, jump rope, squats, push-ups, prone rows, burpees, all types of pull-ups (with and without assistance), crunches, leg raises, and 30-45 minutes of running, cycling, or swimming.
The number and volume of the individual exercises can be determined individually. The intensity of specific exercises can also be set, adjusted, or refined over time. Warming up before every workout and stretching the muscles afterward is absolutely essential. This prevents injuries and promotes recovery.
A training plan consisting of one set with 5-10 repetitions, 2-3 exercise sets, and 3-5 different exercises works quite well.
The training goal is approached closer when the physical limit is reached at least 1-2 times during the workout. The more frequently this happens, the better it is for muscle growth. Only this stimulates the body to build muscle. Otherwise, the fitness level is merely maintained and not improved. An alternative for the same duration would be a few exercises with many repetitions and low intensity. A 45-minute run would be an example of such an exercise.
Furthermore, proper nutrition and sufficient sleep are important for achieving the training goal. This allows the body to recover faster and be more resilient during the next workout.
Space
Naturally, some space is required for varied fitness training. This can be the living room, hallway, study, basement, or even the bathroom. If outdoor training is preferred, a terrace, carport, or garden often provides sufficient space.
An area of at least 5 sqm or 1.5 m x 3 m already allows for many exercises. The space should at least accommodate jumping rope, push-ups, or jumping jacks. 10 sqm and more are obviously better. Between exercise sets, it is helpful to walk around a bit, gather thoughts, and mentally prepare for the next exercise.


Fitness equipment
For effective fitness training at home, fitness equipment can initially be completely omitted. Without prior training, the physical limit is quickly reached even without equipment. For example, the following can be tried: 10 push-ups distributed over three sets, 10 burpees as one set, or 20 prone rows with the arms distributed over four sets.
Over time, any training without fitness equipment becomes monotonous or must be very well thought out to ensure a balanced full-body workout.
Experience has shown the following equipment to be highly effective for general fitness training:
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Jump rope
The assortment includes, for example, highly stable and minimalist pull-up bars and dip bars for fitness training, which can also be perfectly used in a living room without needing to be hidden.

Time
To improve general fitness, training 1-2 times a week for about 1 hour each time is completely sufficient. While this training duration will not create a superhero, it definitely leads to a high level of fitness.
It is important that training is done regularly. The body needs time to adapt to the new load. The longer the training rhythm is maintained, the longer the fitness level can be sustained.
Training results are often visible faster in men than in women, frequently after just the first 2-3 weeks. Generally, women need to train more to achieve the same level.
When asking people who have been exercising regularly for years how they manage it, the answer is often: make fitness training a fixed part of daily life, just like brushing teeth, showering, or bathing. It is really nothing more than that.
In the long run, it is therefore very helpful to get properly organized. This can be achieved, for example, by setting a fixed training time, establishing a dedicated fitness corner, building a home gym in the living room, or setting up a small calisthenics park in the garden.
If this is not possible, a gym membership or a nearby calisthenics park can provide an excellent alternative.
Summary
A training goal, a training plan, some space for training, the right fitness equipment, and a little time 1-2 times a week are fundamental for effective fitness training. To ensure that the fitness training does not lead to any unpleasant surprises, warming up before the workout and stretching the muscles afterward is crucial. Additionally, attention should be paid to proper nutrition and sufficient sleep.
What is the internal clearance between the tube and the ceiling?
The standard internal clearance to the ceiling is approx. 27 cm. Other clearances can be ordered via the pull-up bar configurator.
Is mounting material included in the scope of delivery?
Yes and no, as it can be selected optionally. Mounting material can also be added to the shopping cart separately here.
Is there an optimal mounting height? How high should the pull-up bar hang above the floor?
Yes, the pull-up bar should ideally hang 30% above body height. In this case, the floor will no longer be touched while hanging. This means, for example, with a body height of 1.8 m, the pull-up bar should hang 2.34 m above the floor. Generally, the following formula applies: Ideal mounting height = Body height * 1.3. If the ceiling height does not allow this, the legs must be slightly bent.
What is the diameter of the pull-up bar?
The diameter of the pull-up bar at all grip points is 3 cm or 30 mm.
Are the grip ends knurled, roughened, or polished?
All grip ends are neither knurled nor roughened. They are brushed or ground with 240 grit. This means they are slightly rougher than polished.
Can the pull-up bar also be mounted on wood?
Yes, using screws with a wood thread and without dowels. The wood should be pre-drilled, for 8 mm screws with a 3 to 4 mm drill bit. The wood or beam should be sturdy and have a sufficiently large contact surface for the mounting plates. The drill holes should be approx. 2 cm away from the edge to prevent the wood from splintering.
Does the maximum load capacity of 500 kg include the person's weight?
The maximum load capacity refers to the maximum possible weight that the user may apply.
Is the pull-up bar also suitable for outdoor use?
Yes, the pull-up bar can be used both outdoors and indoors, as it is made of high-quality stainless steel.
It should be noted that the pull-up bar must not be installed in a maritime atmosphere, i.e., near a sea or ocean (e.g., the North Sea coast, Baltic Sea coast, or Atlantic coast).
Can the pull-up station also support a punching bag? Can the pull-up bar hold a punching bag additionally?
Yes, a punching bag can be attached to the pull-up bar without any problems. This can be done directly on the tube using a round sling and a carabiner. To prevent the punching bag from slipping, an eyelet can also be welded to the pull-up bar, see here: Pull-up bar with one or more eyelets.
Is the pull-up bar also available in white or another color?
No, the pull-up bar is currently not available in white or any other color.
Can the ceiling pull-up bar also be mounted on a wall?
No, because it has curved ends. Reason: The curved ends would not be usable. Additionally, the pull-up bar could break out of the wall, especially if it is not a solid concrete wall, because the leverage forces could become too great. Overall, this is not recommended.
Is the actual pull-up bar also made of solid steel?
No, the pull-up bar itself is made of a tube with a wall thickness of 2 mm.
Are the blanking plugs made of the same metal as the pull-up bar and firmly welded on?
No, the blanking plugs are made of polyamide with a stainless steel look (coated plastic) and are therefore not firmly welded on. They feature the same color as the pull-up bar and are driven into the tube.
Technical Specifications
| Grip options | 5 grip variations (1 x curved ends; 2 x straight section: medium, narrow; 2 x neutral grip: narrow, wide) |
| Width x depth x height | 118 cm x 30 cm x 38 cm |
| Maximum grip width | 118 cm |
| Grip diameter | Ø 30 mm |
| Distance between wide parallel grips | 60 cm |
| Distance between narrow parallel grips | 23 cm |
| Length of additional grips | 13 cm |
| Strut width and thickness | 50 mm and 8 mm |
| IPE steel beams | 100 mm, 120 mm, 140 mm, 160 mm, 180 mm, 200 mm, 220 mm, 240 mm, 270 mm, 300 mm, 330 mm, 360 mm, 400 mm, 450 mm, 500 mm, 550 mm, 600 mm, with 2 drill holes each |
| HEA steel beams | 100 mm, 120 mm, 140 mm, 160 mm, 180 mm, 200 mm, 220 mm, 240 mm, 260 mm, 280 mm, 300 mm, with 2 drill holes each |
| Diameter of drill holes for screws | Ø 10 mm |
| Weight | 9 kg |
| Material | High-quality stainless steel (DIN 1.4301) |
| Surface | Brushed / ground (grit size 240) |
| Load capacity | 500 kg (steel beam) |
| Permitted use | Only suitable for general fitness training, calisthenics, and bodyweight exercises indoors or outdoors (indoor + outdoor). |
| Warranty | 20 years |
| Condition | New |
| Manufacturer | klimmzugstangen.de |
| Made in | Germany |
| Scope of delivery | 1 H4 pull-up bar (optionally with mounting material) |