hacked by trenggalek6etar

– JATIM4U –

Jangene_Cakep – Panataran – 0x1999 – 0xIDiot – Unlucky – Mr.Optimuz_Root

hacked by trenggalek6etar

– JATIM4U –

Jangene_Cakep – Panataran – 0x1999 – 0xIDiot – Unlucky – Mr.Optimuz_Root

Its climbing speed is particularly outstanding, reaching the top of a floor in just 9 seconds (based on a standard 3-meter floor height). In emergency situations requiring rescue in high-rise buildings, this speed reduces waiting time, allowing rescuers to reach the target floor more quickly. During routine exterior wall decoration, pipe inspection, or equipment installation, workers can use it with their tools to climb, eliminating the need for traditional ladders or slow lifting equipment, saving considerable time per climb. If multiple floors need to be climbed throughout the day, the accumulated time savings can significantly accelerate construction progress and reduce project time costs.

Meanwhile, the equipment’s weight is well-controlled at only 14.5kg, making it easy for an adult to lift and carry with one hand. For tasks like outdoor power line inspections, where workers may need to move equipment between multiple power towers or switch between different workshops in a large factory, no additional transportation or assistance is required; one person can handle the equipment transport alone. Whether loading and unloading engineering vehicles, carrying the equipment up stairs, or making short trips on uneven terrain, the 14.5kg weight won’t burden workers much, reducing manpower and allowing for more flexible work arrangements, preventing delays caused by difficult-to-move equipment.

For users who need to balance work speed and mobility, the PESCO Smart Spider PSJ 120-20 is more than just a climbing tool; it’s a practical piece of equipment that directly improves work efficiency and reduces hassle. Its 9-second rapid climbing capability solves the problem of insufficient time, and its one-handed portability addresses the inconvenience of carrying, precisely meeting the core needs of actual operations.

Core function: Improve vertical operation efficiency and safety

The core advantage of PSJ120-8 lies in its electric power-assisted climbing function:

Electric climbing: Users only need to operate through the handheld controller, and the device can provide power to assist the user to move up along the rope, greatly saving physical strength and improving climbing efficiency. This is especially important for operations that require carrying surveying instruments, photographic equipment or sampling tools.
Controlled descent: The device also provides a controllable electric descent function, and the user can precisely control the descent speed to ensure a safe landing in complex environments or confined spaces.
Load capacity: Its 120 kg load capacity is sufficient to meet the load requirements of a single person and their necessary equipment.
Particularly suitable for ancient buildings and cliff cave scenes

The design features of the PSJ120-8 make it very suitable for the special requirements of ancient building surveys and cave exploration:

Architecture/environmentally friendly:
No impact: Unlike fixed lifting equipment that requires expansion bolts or drilling, the PSJ120-8 only relies on top anchors and rope systems to work, avoiding any physical damage to precious ancient building structures or fragile rock walls.
Lightweight operation: The device itself is relatively light, which reduces the additional burden on the working platform (such as the floor of ancient buildings), and is also convenient for transportation and erection in narrow cave entrances or rugged terrain.
Adapt to complex spaces:
The interior of ancient buildings (such as the core of the tower, the caisson) or the depths of caves are often narrow and irregular in structure. The rope system of PSJ120-8 is flexible to deploy. You only need to find a reliable top anchor point to establish a vertical channel to adapt to various irregular spaces.
The adjustable ascent/descent speed allows users to operate precisely in confined spaces and avoid obstacles.
Enhanced work safety:
Compared with pure manual climbing, electric assistance reduces physical exertion and fatigue, and reduces the risk of failure due to physical exhaustion.
The equipment is usually equipped with multiple safety mechanisms (such as backup braking systems, anti-fall devices), and can achieve smooth start and stop through the controller, which improves the controllability and safety of the entire climbing/descending process, which is crucial for operations at high altitudes or in rugged environments.
Improved work efficiency:
Fast and labor-saving vertical movement allows researchers, surveyors or explorers to reach more high points or deep locations that need to be surveyed within a limited time, and conduct more detailed recording, measurement or sampling work.

1. Battery Installation/Replacement
   Installation/Removal:
   Press the power switch to activate the battery compartment.
   Remove the old battery and insert a new 36V lithium battery securely.
   Charging Procedure:
   Plug the 36V charger into the battery first, then connect it to a 220V power supply.
   A red charging indicator signifies active charging; a green light indicates full charge.
   Note: Limit charging time to 4–6 hours. Avoid overcharging to prolong battery life.
2. Power Management
   Switch & Display:
   Turn on the power switch to activate the voltage and battery percentage display.
   The screen cycles between real-time voltage and remaining power (e.g., 80%), providing clear visibility of energy status.
3. Rope Specifications
   Compatibility:
   Exclusive 14mm rope (supplied with the device) must be used.
   Rope features:
   High-quality, abrasion-resistant material.
   Thermal-cut ends to prevent fraying.
   Flexible yet durable thick-body design.
   Critical Requirements:
   Rope heads must be tapered using PESCO’s patented knot design for smooth entry/exit.
   Discard ropes with kinks, burns, corrosion, or looseness.
4. Operational Procedures
   Pre-Use Checks
   Inspect the machine’s casing and rope for damage.
   Verify sufficient battery voltage/power (≥20% recommended).
   Ensure the anchor point for the rope is secure.
   Setup & Usage
   Emergency Stop Release: Rotate the emergency switch clockwise (if triggered).
   Rope Loading:
   Insert the rope through the entry port only (never the exit).
   Press the ▲ UP button to auto-feed the rope.
   Attaching Loads:
   Use a D-ring carabiner to connect items to the lifting hook.
   Ascend/Descend Control:
   Use the handheld remote to adjust movement.
   Release the button to engage automatic braking.
   Performance Limits
   PSJ120-20:
   Max safe load: ≤200 kg
   Max speed: ≤20 m/min
   PSJ120-30:
   Max safe load: ≤300 kg
   Max speed: ≤14 m/min
5. Safety Warnings
   Critical Prohibitions:
   Never overload beyond the specified limit.
   Do not stand beneath suspended loads during operation.
   Avoid wet conditions; rain or moisture exposure voids warranty and risks malfunction.
   Anchoring:
   Double-check rope anchors and traction systems before use.
6. Accessories & Support
   PESCO provides a full range of compatible ropes, climbing gear, and safety equipment tailored for the Smart Spider series. For replacements or upgrades, use only certified PESCO accessories.

Final Note: Adherence to these guidelines ensures both operational efficiency and personal safety. Always prioritize routine inspections and proper maintenance. For technical support, contact PESCO’s customer service team.

Safety first, performance always.

Core advantages: efficient power and safety guarantee
PSJ120-11 is equipped with a 500W powerful motor and a 36V high-voltage system. It can easily achieve a smooth lifting speed of ≤11 meters/minute, which can quickly respond to work needs and avoid the risk of manipulation caused by excessive speed. Its maximum safe load-bearing design of ≤120kg is suitable for a variety of work scenarios, and can be easily dealt with from tools and equipment to professionals.

Smart design: lightweight and long battery life
PSJ120-11 stands out with its compact body (370mm×255mm×275mm) and 12.5kg lightweight design. It can be easily carried with one hand and can be flexibly deployed in narrow spaces. With a built-in 20Ah large-capacity lithium battery (in compliance with IEC 62133 international safety standards), a single charge can meet the needs of all-weather high-intensity operations. It has a long battery life and supports fast charging, completely saying goodbye to power anxiety.

Professional matching: an all-round kit that can be used out of the box
PSJ120-11 comes standard with a 14mm×20m high-strength anti-wear rope and a D-shaped safety lock. Through rigorous mechanical testing, it ensures that each fiber is reliable. It comes with a dual remote control, a dedicated charger and complete accessories. Users do not need to purchase additional accessories and can be put into actual combat out of the box.

PESCO: Protecting every meter of altitude with technology
As an international company focusing on the research and development of aerial work equipment, PESCO has always integrated “safety, efficiency and humanity” into its product genes. From precision motor adjustment to anti-fall redundant design, from lightweight material selection to intelligent control optimization, every detail of PSJ120-11 has been tested and verified thousands of times, just to make users more calm and less risky when working at height.

1. Design for the pain points of tall fruit trees
   The height of tall fruit trees such as coconut trees generally exceeds 10 meters, the fruits are scattered and the trunk surface is smooth. Traditional operations rely on manual climbing, which is time-consuming, labor-intensive and has a high risk factor. PSJ120-8 achieves breakthroughs through the following core functions:

Power-assisted climbing system: Equipped with a super-strong motor, it can assist operators to quickly ascend and descend vertically, significantly shortening the time to reach the tree canopy.

Ergonomic design: The whole machine weighs only 11.5kg, and the ergonomic integrated system reduces fatigue from long-term operation.

2. Intelligent technology support for efficient operation

Although there is no mechanical arm structure, PSJ120-8 greatly improves the picking efficiency through intelligent technology:

Dual-mode speed regulation system: The standard mode supports precise positioning of fruits, and the power mode achieves rapid turning points, shortening the operation cycle of a single coconut tree by 40%.

Safety and intelligent protection: Equipped with overload protection, emergency stop braking and anti-slip algorithms, it locks the equipment within 0.2 seconds in emergencies to ensure the safety of high-altitude operations.

Modular power supply solution: It adopts a detachable 36V lithium battery pack, and a single battery life supports 4 hours of continuous operation, meeting the daily picking needs of 20-30 coconuts.

3. Practical application scenario verification
   Measured data from a coconut plantation in Southeast Asia show that:

The daily picking volume of a single person has increased from 80-100 in the traditional way to 200-250
The risk of falling from high altitude has been reduced by more than 90% after the equipment is involved
The harvesting cycle per hectare of orchard has been compressed from 7 days to 3 days
Feedback from operators shows that the equipment can not only quickly complete the height switching, but its platform-free design has enhanced the flexibility of operation – the operator can freely adjust the body posture at any height, and cooperate with handheld tools to complete the actions of fruit stalk cutting and fruit collection. This “human-machine collaboration” mode not only retains the accuracy of manual picking, but also greatly improves the operation efficiency.

4. Economic and environmental adaptability advantages
   Compared with large-scale harvesting machinery, PSJ120-8 has unique advantages:
   Low cost investment: The purchase cost is only 1/5 of that of traditional aerial work vehicles, and no professional operating qualifications are required
   Adaptation to complex terrain: Especially suitable for orchards with dense planting and undulating terrain, the equipment’s passability far exceeds that of wheeled machinery
   Low maintenance design: IP54 protection level with anti-corrosion coating, adaptable to high humidity and dusty working environments

No platform, more flexible: the ultimate penetration of complex scenes
Rescuers can climb directly to the target location through wearable safety belts and equipment linkage, avoiding the limitation of platform volume on small spaces. Its solid suspension system ensures stable hovering on the canopy with intertwined branches and leaves or the roof with loose tiles. The rescuer can operate the device with one hand and perform soothing or hugging actions with the other hand, greatly reducing the risk of disturbing the pet during rescue.

Lightweight design: a humanized breakthrough that directly hits the pain points of rescue
The device weighs only 12.5kg, but can carry a load of 120kg, and is designed for the agility needs of high-altitude rescue. The platform-free structure allows the fuselage to be folded and stored, and firefighters or members of animal protection organizations can quickly put it into a backpack and deploy it within 1 minute after arriving at the scene. The low-speed precision drive mode supports centimeter-level fine-tuning, and even in the face of trembling branches or fragile decorative eaves, it can achieve “zero vibration” approach to trapped pets, and is equipped with detachable flexible net bag accessories to ensure a smooth and safe transfer process.

Actual combat verification: the precise combination of technology and temperature
In a rescue in the Netherlands, a kitten was stuck in the gap of the 15-meter-high church flying buttress, and traditional ladder trucks could not get close. The rescue team used PESCO Spider to climb vertically to the target point by adsorbing the stone wall, fixed itself using the equipment suspension function, and put the cat into the insulated rescue cabin by hand and returned safely. Similar cases have accumulated reputation in more than 200 actual combats around the world – the platform-free design not only does not weaken the functionality, but opens up the “rescue blind spot” that traditional equipment cannot reach with extreme flexibility.

PETROL STEEL CO., LTD is well aware of the essence of high-altitude rescue: it is not a pile of machinery, but a precise response to life needs. The PESCO Spider series uses the innovative thinking of de-platforming to enhance climbing efficiency, environmental adaptability and operational freedom to a new dimension. In the future, we will continue to explore lightweight rescue technology to provide a warmer solution for every high-altitude dilemma.