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Showing 276 to 300 of 6,339 results.

  1. Ruling reference 600015704

    Description
    g3 Cables for garage doors. The cable is made from galvanised steel stranded wire with end stops. With special tools they connect to the garage door and pull it up Measurements 1.8mm 7x7 stranded wire
    Keywords
    • STRANDED ROPES AND CABLES
    • GALVANISED
    • OF METAL
    • OF STEEL
    • OF BASE METALS
    • STRANDED WIRE
    Expiry date
    15 Jun 2029
    View ruling 600015704
  2. Ruling reference 600015703

    Description
    mk3c Cables for garage doors. The cable is made from galvanised steel stranded wire with plastic loops. With special tools they connect to the garage door and pull it up Measurements 1.8mm 7x7 stranded wire
    Keywords
    • STRANDED ROPES AND CABLES
    • OF METAL
    • OF BASE METALS
    • STRANDED WIRE
    • GALVANIZED
    • OF STEEL
    Expiry date
    15 Jun 2029
    View ruling 600015703
  3. Ruling reference 600015700

    Description
    A handmade bracelet, available in multiple sizes, made from a macramé knotted nylon and cotton hybrid cord, with a stainless-steel hook clasp fastening. Featuring an engraved, branded, permanent charm integrated into the construction, which forms part of the bracelet. It can be worn with this charm only, or with additional charms threaded onto the cord. Packaged in a re-useable cotton drawstring pouch.
    Keywords
    • BRACELETS
    • OF NYLON
    • CLASPS
    • DECORATIVE
    • ACCESSORIES
    • WITH FASTENING
    • FOR WRISTS
    • WORN NEXT TO THE BODY
    • OF STAINLESS STEEL
    • HANDMADE
    • ENGRAVED
    • IMITATION JEWELLERY
    Expiry date
    15 Jun 2029
    View ruling 600015700
  4. Ruling reference 600015576

    Description
    A break frame constructed from zinc-plated steel and zinc-plated galvanised steel. It is designed to incorporate a textile cover (not part of this ATaR) and is intended for use as part of a floor sweeping and cleaning system within the retail and professional janitorial markets. The break frame is manufactured in China. The break frame comes in 4 different sizes - 16inch, 18 inch, 28 inch or 32 inch. There are 10 break frames packed into a cardboard box for transportation.
    Keywords
    • PUT UP FOR RETAIL SALE
    • CLEANING EQUIPMENT
    • STEEL FRAME
    • FOR CLEANING
    • GALVANISED
    • ZINC PLATED
    • OF STEEL
    Expiry date
    15 Jun 2029
    View ruling 600015576
  5. Ruling reference 600015674

    Description
    This product is a dual-monitor desk mounting arm, specifically engineered to securely attach two computer monitors to office desks or work surfaces. Serving as a practical furniture accessory, it allows for ergonomic adjustment of viewing angles, thereby improving user comfort and maximising desktop workspace efficiency. Constructed from high-strength steel and finished with powder-coated black for enhanced wear resistance and rust protection, the mounting arm features a robust installation system. This includes either a C-clamp or through-hole mechanism, complemented by precision joints and locking components to ensure secure and reliable positioning. Packaged in a cardboard box
    Keywords
    • MOUNTED
    • OF BASE METALS
    • FOR COMPUTER MONITORS
    • ARMS
    • OF STEEL
    • ADJUSTABLE
    • STANDS
    Expiry date
    14 Jun 2029
    View ruling 600015674
  6. Ruling reference 600015672

    Description
    This product is a wall mounting bracket system designed to securely affix flat panel or curved televisions to vertical walls. Suitable for both residential and commercial settings, it allows for space-saving installation and adjustable viewing angles, ensuring an optimal television viewing experience. It is made from Alloy steel with a high-strength dual-arm articulation mechanism with a Surface finish of Powder-coated black for durability and corrosion resistance It works by Tilt adjustment: +5° to -15°, tool-free vertical angle adjustment Swivel adjustment: ±45° horizontal rotation Level adjustment: ±3° for horizontal calibration Extension/retraction and extends up to 420mm (16.5") from the wall, retracts to 74mm (2.9") Packaged in a Cardboard box with bubble wrap cushioning
    Keywords
    • FOR HANGING UP
    • WALL MOUNTED
    • ADJUSTABLE
    • FOR WALLS
    • OF STEEL
    • MOUNTED
    • BRACKETS
    • MOUNTINGS, METAL
    • OF BASE METALS
    Expiry date
    14 Jun 2029
    View ruling 600015672
  7. Ruling reference 600015531

    Description
    Voltage regulators are intended for use within an alternator. Some intended purposes of the voltage regulator within the alternator include preventing the battery from over/under charging as this can affect the battery life significantly. Other purposes of these voltage regulators include are to protect electronic components/systems from voltage spikes/surges. They also are for maintaining consistent output voltage as the alternator voltage increases and decreases due to engine RPM, and to compensate for load variations from high-power systems. The voltage regulator will react to make sure the alternator matches the demand. The function of a voltage regulator within an alternator includes monitoring the voltage from the alternator output and battery. Other functions include controlling the magnetic field of the rotor by adjusting the field current provided by the battery to the alternator rotor. If the voltage is monitored as low from the alternator output or battery, then the magnetic field of the rotor is strengthened by the voltage regulator increasing the current to the rotor field winding. The opposite happens if the monitored voltage is too high resulting in the voltage regulator reducing/stopping the current to the rotor field winding. This means that the function of the voltage regulator is continuously adjusting the alternator rotor field current to keep the vehicle’s system voltage within a target range. Voltage regulators do not function as static converter, and these voltage regulators are a control circuit which regulate the alternator output voltage (indirectly) by controlling the rotor field current, and so they focuses on control functionality. In the alternator, the voltage regulator does not usually disconnect the alternator completely when a set voltage is exceeded. Instead, it reduces or cuts the rotor (field) current, which immediately lowers the alternator’s output voltage. Voltage is monitored continuously and the voltage regulator senses system/battery voltage. When the voltage set-point is exceeded the voltage regulator will reduce the rotor field current from the battery. This weakens the magnetic field in the rotor. Low magnetic field means the alternator generates less voltage thus stabilizing the voltage back into the desired range. This happens many times per second to keep voltage stable. Some systems can fully disable rotor field current due to over-voltage protection or when a fault code is triggered.
    Keywords
    • FOR MOTOR VEHICLES
    • FOR PROTECTION
    • VOLTAGE REGULATORS
    Expiry date
    14 Jun 2029
    View ruling 600015531
  8. Ruling reference 600015272

    Description
    An A3 sheet of uncoated, uncoloured, handmade seed paper, made from natural, biodegradable cotton fibres and embedded with crushed wildflower seeds. Intended to be cut into squares, rectangles and circles which are then printed upon to create postcards, coasters, business cards and wristbands. Marketed as biodegradable promotional items, but no guarantee of germination is attached to the seeds as they are crushed when embedded into the paper. Approximately 140gsm. Having a brightness of 90%. Containing less than 3% ash. Having a burst index less than 2.5 kPa.m2/g.
    Keywords
    • NATURAL
    • PULP PAPER AND PAPER PRODUCTS
    • OF PAPER PULP
    • SEEDS
    • CRUSHED
    • HANDMADE
    • NOT COATED, PAPER
    • BIODEGRADABLE
    Expiry date
    14 Jun 2029
    View ruling 600015272
  9. Ruling reference 600015852

    Description
    Large Bubble Padded Envelopes with Peal & Seal closure. The pack contains 2 envelopes. Packaged in a clear bag with hole to hang and display. Measurements 27cm x 36 cm
    Keywords
    • ENVELOPES
    • PADDED
    • SEALS
    Expiry date
    11 Jun 2029
    View ruling 600015852
  10. Ruling reference 600015851

    Description
    Medium Bubble Padded Envelopes with Peal & Seal closure. The pack contains 3 envelopes. Packaged in a clear bag with hole to hang and display. Measurements 24cm x 33.5 cm
    Keywords
    • ENVELOPES
    • PADDED
    • SEALS
    Expiry date
    11 Jun 2029
    View ruling 600015851
  11. Ruling reference 600015850

    Description
    Small Bubble Padded Envelopes with Peal & Seal closure. The pack contains 4 envelopes. Packaged in a clear bag with hole to hang and display. Measurements 18cm x 26.5 cm
    Keywords
    • ENVELOPES
    • PADDED
    • SEALS
    Expiry date
    11 Jun 2029
    View ruling 600015850
  12. Ruling reference 600015754

    Description
    Booklet of 600 pre-printed bingo tickets on a blue background, bound together along the long edge. Security coded. Carton Quantity: 48. Inner Quantity: 12.
    Keywords
    • BOUND
    • OF PAPER
    • NUMBERED
    • WITH NUMBER
    • ON PAPER
    • PRINTED
    Expiry date
    11 Jun 2029
    View ruling 600015754
  13. Ruling reference 600015530

    Description
    Voltage regulators are intended for use within an alternator. Some intended purposes of the voltage regulator within the alternator include preventing the battery from over/under charging as this can affect the battery life significantly. Other purposes of these voltage regulators include are to protect electronic components/systems from voltage spikes/surges. They also are for maintaining consistent output voltage as the alternator voltage increases and decreases due to engine RPM, and to compensate for load variations from high-power systems. The voltage regulator will react to make sure the alternator matches the demand. The function of a voltage regulator within an alternator includes monitoring the voltage from the alternator output and battery. Other functions include controlling the magnetic field of the rotor by adjusting the field current provided by the battery to the alternator rotor. If the voltage is monitored as low from the alternator output or battery, then the magnetic field of the rotor is strengthened by the voltage regulator increasing the current to the rotor field winding. The opposite happens if the monitored voltage is too high resulting in the voltage regulator reducing/stopping the current to the rotor field winding. This means that the function of the voltage regulator is continuously adjusting the alternator rotor field current to keep the vehicle’s system voltage within a target range. Voltage regulators do not function as static converter, and these voltage regulators are a control circuit which regulate the alternator output voltage (indirectly) by controlling the rotor field current, and so they focuses on control functionality. In the alternator, the voltage regulator does not usually disconnect the alternator completely when a set voltage is exceeded. Instead, it reduces or cuts the rotor (field) current, which immediately lowers the alternator’s output voltage. Voltage is monitored continuously and the voltage regulator senses system/battery voltage. When the voltage set-point is exceeded the voltage regulator will reduce the rotor field current from the battery. This weakens the magnetic field in the rotor. Low magnetic field means the alternator generates less voltage thus stabilizing the voltage back into the desired range. This happens many times per second to keep voltage stable. Some systems can fully disable rotor field current due to over-voltage protection or when a fault code is triggered.
    Keywords
    • FOR MOTOR VEHICLES
    • FOR PROTECTION
    • VOLTAGE REGULATORS
    Expiry date
    11 Jun 2029
    View ruling 600015530
  14. Ruling reference 600015849

    Description
    Mini Bubble Padded Envelopes with Peal & Seal closure. The pack contains 5 envelopes. Packaged in a clear bag with hole to hang and display. Measurements 15cm x 21.5 cm
    Keywords
    • ENVELOPES
    • PADDED
    • SEALS
    Expiry date
    10 Jun 2029
    View ruling 600015849
  15. Ruling reference 600015688

    Description
    The pack contains a variety of sequins in the following designs: flower, cup, oval, leaf, shell, circle, and snowflake. The colours vary from: gold, red, silver, cyan, pink, green, fuchsia, holographic, royal blue, bronze, navy blue, and iridescent. The product is made from 95% polyvinyl chloride and 5% pigments. It is intended for use by children aged 3 years and over. The sequins are packaged in a poly bag with a total weight of 500 g. Manufacturing process: Raw Material Prep, Sequin Punching & coating, Heat Setting, Mixing Assorted Styles, Packaging.
    Keywords
    • POLYVINYL CHLORIDE
    • SEQUINS
    • OF PLASTIC
    • OF DIFFERENT COLOURS
    • OF PVC
    • ARTS AND CRAFTS
    Expiry date
    10 Jun 2029
    View ruling 600015688
  16. Ruling reference 600015529

    Description
    Voltage regulators are intended for use within an alternator. Some intended purposes of the voltage regulator within the alternator include preventing the battery from over/under charging as this can affect the battery life significantly. Other purposes of these voltage regulators include are to protect electronic components/systems from voltage spikes/surges. They also are for maintaining consistent output voltage as the alternator voltage increases and decreases due to engine RPM, and to compensate for load variations from high-power systems. The voltage regulator will react to make sure the alternator matches the demand. The function of a voltage regulator within an alternator includes monitoring the voltage from the alternator output and battery. Other functions include controlling the magnetic field of the rotor by adjusting the field current provided by the battery to the alternator rotor. If the voltage is monitored as low from the alternator output or battery, then the magnetic field of the rotor is strengthened by the voltage regulator increasing the current to the rotor field winding. The opposite happens if the monitored voltage is too high resulting in the voltage regulator reducing/stopping the current to the rotor field winding. This means that the function of the voltage regulator is continuously adjusting the alternator rotor field current to keep the vehicle’s system voltage within a target range. Voltage regulators do not function as static converter, and these voltage regulators are a control circuit which regulate the alternator output voltage (indirectly) by controlling the rotor field current, and so they focuses on control functionality. In the alternator, the voltage regulator does not usually disconnect the alternator completely when a set voltage is exceeded. Instead, it reduces or cuts the rotor (field) current, which immediately lowers the alternator’s output voltage. Voltage is monitored continuously and the voltage regulator senses system/battery voltage. When the voltage set-point is exceeded the voltage regulator will reduce the rotor field current from the battery. This weakens the magnetic field in the rotor. Low magnetic field means the alternator generates less voltage thus stabilizing the voltage back into the desired range. This happens many times per second to keep voltage stable. Some systems can fully disable rotor field current due to over-voltage protection or when a fault code is triggered.
    Keywords
    • FOR MOTOR VEHICLES
    • FOR PROTECTION
    • VOLTAGE REGULATORS
    Expiry date
    10 Jun 2029
    View ruling 600015529
  17. Ruling reference 600015844

    Description
    A pack of 5000 staples. These are for filling up your stapler. Ideal to use in Office, School or at Home.
    Keywords
    • OF BASE METALS
    • STAPLES
    • FOR OFFICES
    • STRIPS
    Expiry date
    09 Jun 2029
    View ruling 600015844
  18. Ruling reference 600015528

    Description
    Voltage regulators are intended for use within an alternator. Some intended purposes of the voltage regulator within the alternator include preventing the battery from over/under charging as this can affect the battery life significantly. Other purposes of these voltage regulators include are to protect electronic components/systems from voltage spikes/surges. They also are for maintaining consistent output voltage as the alternator voltage increases and decreases due to engine RPM, and to compensate for load variations from high-power systems. The voltage regulator will react to make sure the alternator matches the demand. The function of a voltage regulator within an alternator includes monitoring the voltage from the alternator output and battery. Other functions include controlling the magnetic field of the rotor by adjusting the field current provided by the battery to the alternator rotor. If the voltage is monitored as low from the alternator output or battery, then the magnetic field of the rotor is strengthened by the voltage regulator increasing the current to the rotor field winding. The opposite happens if the monitored voltage is too high resulting in the voltage regulator reducing/stopping the current to the rotor field winding. This means that the function of the voltage regulator is continuously adjusting the alternator rotor field current to keep the vehicle’s system voltage within a target range. Voltage regulators do not function as static converter, and these voltage regulators are a control circuit which regulate the alternator output voltage (indirectly) by controlling the rotor field current, and so they focuses on control functionality. In the alternator, the voltage regulator does not usually disconnect the alternator completely when a set voltage is exceeded. Instead, it reduces or cuts the rotor (field) current, which immediately lowers the alternator’s output voltage. Voltage is monitored continuously and the voltage regulator senses system/battery voltage. When the voltage set-point is exceeded the voltage regulator will reduce the rotor field current from the battery. This weakens the magnetic field in the rotor. Low magnetic field means the alternator generates less voltage thus stabilizing the voltage back into the desired range. This happens many times per second to keep voltage stable. Some systems can fully disable rotor field current due to over-voltage protection or when a fault code is triggered.
    Keywords
    • FOR MOTOR VEHICLES
    • FOR PROTECTION
    • VOLTAGE REGULATORS
    Expiry date
    09 Jun 2029
    View ruling 600015528
  19. Ruling reference 600015526

    Description
    Voltage regulators are intended for use within an alternator. Some intended purposes of the voltage regulator within the alternator include preventing the battery from over/under charging as this can affect the battery life significantly. Other purposes of these voltage regulators include are to protect electronic components/systems from voltage spikes/surges. They also are for maintaining consistent output voltage as the alternator voltage increases and decreases due to engine RPM, and to compensate for load variations from high-power systems. The voltage regulator will react to make sure the alternator matches the demand. The function of a voltage regulator within an alternator includes monitoring the voltage from the alternator output and battery. Other functions include controlling the magnetic field of the rotor by adjusting the field current provided by the battery to the alternator rotor. If the voltage is monitored as low from the alternator output or battery, then the magnetic field of the rotor is strengthened by the voltage regulator increasing the current to the rotor field winding. The opposite happens if the monitored voltage is too high resulting in the voltage regulator reducing/stopping the current to the rotor field winding. This means that the function of the voltage regulator is continuously adjusting the alternator rotor field current to keep the vehicle’s system voltage within a target range. Voltage regulators do not function as static converter, and these voltage regulators are a control circuit which regulate the alternator output voltage (indirectly) by controlling the rotor field current, and so they focuses on control functionality. In the alternator, the voltage regulator does not usually disconnect the alternator completely when a set voltage is exceeded. Instead, it reduces or cuts the rotor (field) current, which immediately lowers the alternator’s output voltage. Voltage is monitored continuously and the voltage regulator senses system/battery voltage. When the voltage set-point is exceeded the voltage regulator will reduce the rotor field current from the battery. This weakens the magnetic field in the rotor. Low magnetic field means the alternator generates less voltage thus stabilizing the voltage back into the desired range. This happens many times per second to keep voltage stable. Some systems can fully disable rotor field current due to over-voltage protection or when a fault code is triggered.
    Keywords
    • VOLTAGE REGULATORS
    • FOR MOTOR VEHICLES
    • FOR PROTECTION
    Expiry date
    09 Jun 2029
    View ruling 600015526
  20. Ruling reference 600015839

    Description
    A colour changing LED light in a shape of a dog. It is a sensor light and has 6 colour changing modes. It can also be used as a night light as it has an ambience light. The light requires 3 x AAA batteries. The product is made from a combination of ABS (Acrylonitrile Butadiene Styrene, which is a tough, impact-resistant thermoplastic widely used in manufacturing) and silicon.
    Keywords
    • COLOUR CHANGING
    • NIGHTLIGHT
    • BATTERY-OPERATED
    • SENSORS
    • TABLE LAMPS
    Expiry date
    08 Jun 2029
    View ruling 600015839
  21. Ruling reference 600015726

    Description
    A compact high-speed digital camera designed for industrial analysis. It captures a rapid sequence of digital still frames at high speed. The device is equipped with 8 GB to 16 GB of internal memory and can record full-resolution images for up to 9 seconds. It does not record video and is supplied without a lens. At full resolution, the camera captures up to 915 frames per second, with a maximum frame rate of 52,445 frames per second at the lowest resolution. It is available in monochrome or colour versions. The camera weighs 0.54 kg and measures 73 mm × 93 mm × 82.5 mm.
    Keywords
    • WITH INTERNAL MEMORY
    • IN A HOUSING
    • PHOTOGRAPHIC EQUIPMENT
    • DIGITAL
    • PRECISION EQUIPMENT
    • CAMERAS
    Expiry date
    08 Jun 2029
    View ruling 600015726
  22. Ruling reference 600015725

    Description
    A high-speed professional digital camera designed for precision photography, incorporating a 9.4-megapixel sensor capable of capturing highly detailed images. It can capture still images at speeds of up to 1,000 frames per second (fps) at maximum resolution and up to 1,900 fps at reduced resolution. The camera does not have video recording capability. This model features a global shutter mode, which eliminates image distortion during capture. It is compatible with colour grading software, and the images can be converted into common file formats using software supplied with the camera. The sensor has a scan time of at least 1 millisecond and is designed to capture very fast rotational motion. The camera may be equipped with 64 GB or 128 GB of internal RAM. Its dimensions are 29.2 cm × 14 cm × 20 cm, and it weighs 6.3 kg excluding the lens, viewfinder and battery.
    Keywords
    • WITH INTERNAL MEMORY
    • IN A HOUSING
    • DIGITAL
    • BY BATTERY
    • PRECISION EQUIPMENT
    • CINEMATOGRAPHIC CAMERAS
    • PHOTOGRAPHIC EQUIPMENT
    Expiry date
    08 Jun 2029
    View ruling 600015725
  23. Ruling reference 600015724

    Description
    A high-speed professional digital camera designed for precision photography, featuring a 9.4-megapixel sensor capable of capturing highly detailed images. It can capture still images at speeds of up to 1,000 frames per second (fps) at maximum resolution and up to 1,900 fps at reduced resolution. The camera does not record video and is supplied without a lens. It accepts stereo AES/EBU-compatible audio input intended for sync-sound recording, with recording possible at up to 23.98 fps. The camera is compatible with colour grading software, and the captured images can be converted into common file formats using software supplied with the device. The sensor has a scan time of at least 1 millisecond and is designed to capture very fast rotational movement. The model is available with 64 GB or 128 GB of internal RAM. The camera measures 29.2 cm × 14 cm × 20 cm and weighs 6.3 kg, excluding lens, viewfinder and battery.
    Keywords
    • WITH HDMI OUTPUT
    • DIGITAL
    • HANDHELD
    • BY BATTERY
    • CAMERAS
    Expiry date
    08 Jun 2029
    View ruling 600015724
  24. Ruling reference 600015723

    Description
    A high-speed digital camera designed to capture a rapid sequence of still images at speeds of up to 950 frames per second (fps), enabling playback in slow motion or frame-by-frame analysis. The images are recorded directly to RAM and may be viewed on an external monitor connected directly to the camera. The camera is supplied without a lens and is intended for technical and scientific applications requiring high magnification, imaging across a large field of movement, or fine-detail precision, including particle tracking analysis. The camera measures approximately 12.7 cm × 14 cm × 15 cm and weighs 2.5 kg. It does not record video.
    Keywords
    • WITH HDMI OUTPUT
    • DIGITAL
    • HANDHELD
    • BY BATTERY
    • CAMERAS
    Expiry date
    08 Jun 2029
    View ruling 600015723
  25. Ruling reference 600015722

    Description
    This digital camera captures images at very high speed, enabling them to be viewed and analysed in slow motion or on a frame-by-frame basis. Depending on image resolution, the camera operates at between 938 and 1,970 frames per second. It delivers images at 9 GPX with low image noise and is supplied with a power supply, Ethernet cable, and SDI cable. The camera is designed for high-speed imaging, offering strong image quality and pixel resolution. Typical applications include situations requiring high magnification, movement across a large field of view, or fine-detail precision, such as particle tracking analysis. The camera is powered by 16–32 VDC via a 6-pin Fischer connector and has a maximum power consumption of approximately 75 watts. Its dimensions are 12.7 cm (L) × 14 cm (W) × 15 cm (H), and it weighs 2.5 kg. Please note: this camera does not record video
    Keywords
    • WITH HDMI OUTPUT
    • DIGITAL
    • HANDHELD
    • BY BATTERY
    • CAMERAS
    Expiry date
    08 Jun 2029
    View ruling 600015722