Product Use Case
Typical uses include:
Wall-mounting electrical control panels and junction boxes: Securely fixes industrial or commercial enclosures to vertical surfaces.
Stone cladding and architectural fixing systems: Used for mounting heavy marble or stone panels onto building facades.
Pipe fitting support: Forms a sturdy base for valve and pipe installations in process industries.
Mounting shelves, furniture, or machinery: Provides support for interior fixtures where durability and safety are crucial.
Industries Served
| Industry | Typical Use |
|---|---|
| Electrical | Panel mounting, switchgear, junction boxes |
| Telecom | Electrical and communication enclosures |
| Oil & Gas | Harsh environment instrument panels |
| Pharmaceuticals | Cleanroom wall fixtures, control units |
| Infrastructure | Rail, traffic control cabinets |
| Lighting | LED driver housings, control panels |
| Water Management | Pump controllers, filtration systems |
| Construction | Stone/marble cladding, façade mounting |
| Food Processing | Power/control panels in hygienic areas |
Detailed Specifications
| Property | Specification |
|---|---|
| Material | Stainless Steel SS304/SS316 |
| Thickness | Typically 1.2 mm, 1.5 mm, or 2.0 mm (customizable per requirement) |
| Surface Finish | 2B, N4, or powder-coated for added durability |
| Corrosion Resistance | High, suitable for outdoor/indoor, harsh environments |
| Configuration | Multi-bend, slotted design for universal mounting |
| Mounting Features | Keyhole and punched slots for easy attachment and realignment |
| Compliance | May meet IP42 to IP68, ROHS, and UL/NEMA/IEC standards |
| Standard Sizes (examples) | 50mm x 150mm x 150mm, 300mm x 400mm x 120mm; custom available |
Key Design Features
Corrosion Resistance: Stainless steel ensures long lifespan and performance in corrosive settings, including marine and chemical environments.
Mechanical Strength: Bent and formed edges maximize load capacity and stability, supporting heavy panels or enclosures.
Ease of Installation: Keyhole slots allow quick mounting and removal without fully unscrewing fasteners.
Versatile Fit: Compatible with a wide range of enclosure types and sizes.
Critical Advantages
Durability: Resistant to rust, acids, and chemicals.
Low Maintenance: Minimizes replacement frequency and total cost of ownership.
Universal Utility: A Single bracket model can serve multiple panel/enclosure types, simplifying inventory and procurement.
This SS304/316 panel wall mounting bracket is a staple in any application demanding rugged, corrosion-resistant, and secure mounting for panels or cabinets across industrial, infrastructure, and commercial environments.
Product Identification
The provided image depicts a "Din Rail Clamp 2," a metal bracket designed to securely attach electrical and electronic devices to standard DIN rails within control cabinets and industrial enclosures. The design features mounting holes for device attachment and a spring clip mechanism, ensuring strong, vibration-resistant locking onto the rail.
Product Use Case
Mounting PCBs, Relays, or Modules: Facilitates rapid, secure attachment of components like relays, PLCs, power supplies, and terminal blocks to DIN rails inside electrical enclosures.
Control Cabinet Integration: Used extensively in automation control cabinets, distribution boards, and server racks for flexible, tidy device arrangement.
Retrofit or Custom Assemblies: Ideal for retrofitting or customizing field panels with sensors, IO modules, or interface devices that don’t natively snap onto DIN rail.
Industries Served
| Industry | Typical Use Case |
|---|---|
| Industrial Automation | PLCs, relays, safety relays, and I/O expansion modules |
| Power Distribution | Circuit breakers, energy meters, surge protectors |
| Building Management | Lighting controls, HVAC modules, and access control |
| Transportation | Control panels for railways, subways, and vehicles |
| Oil & Gas, Petrochemical | Field I/O, instrumentation, monitoring relays |
| Telecom & Networking | Patch panels, converters, power bays |
| Water Management | Pump controllers, SCADA, metering modules |
| Renewable Energy | Solar combiner boxes, inverter modules |
Detailed Specifications
| Property | Specification |
|---|---|
| Material | Stainless steel, mild steel, or galvanized steel |
| Thickness | Commonly 1.5 mm, 2.0 mm; custom sizes available |
| Dimensions | Fits 35mm standard DIN rail (Top Hat/EN 60715) |
| Finish | Polished, zinc plated, or galvanized |
| Mounting Holes | 2 or more for bolting devices onto the clamp |
| Spring Mechanism | Integrated wire or stamped locking system |
| Load Rating | Typically supports up to 1–2 kg per clamp |
| Standards | DIN, EN 60715, RoHS compliant options available |
Key Design Features
Secure Device Mounting: Allows firm, tool-less or semi-tool-less mounting of electrical devices inside control panels, with reliable vibration resistance.
Universal Fit: Compatible with standard 35mm DIN rails (TS35), the industry’s most common size for modular automation and electrical assemblies.
Easy Installation: Devices or PCBs can be quickly clipped or bolted onto the clamp and easily repositioned or replaced as needed.
Versatile Material Options: Available in various finishes and steels to suit different environmental requirements (corrosive, humid, cleanroom).
Critical Advantages
Modular and Standardized: Simplifies panel design by supporting universal attachments and the rearrangement of control devices.
Robustness: Ensures reliable operation in environments with vibration, temperature fluctuations, or limited space.
Cost-Effectiveness: Reduces installation time, labor, and complexity in both OEM and retrofit applications.
Din Rail Clamps like this model are indispensable in industrial and commercial electronic integration for their flexibility, durability, and broad standards compliance.
Product Identification
The image shows a "Din Rail Clamp 1," a robust metal mounting accessory designed to securely affix industrial components such as power supplies, controllers, and PCBs onto standard DIN rails. This clamp features a multitiered mounting plate with pre-drilled holes and a strong clip section tailored for compatibility with widely used EN 60715/TS35 DIN rails.
Product Use Case
Mounting Medium-to-Large Devices: Well suited for securely fixing power supplies, relays, industrial controllers, distribution terminals, and PCBs in electrical panels.
Control Panels & Automation Cabinets: Integrates quickly into new or retrofit builds, keeping heavy or critical devices firmly positioned for optimal circuit integrity and operator safety.
OEM & Custom Assemblies: Manufacturers use these clamps for value-added panel sub-assemblies requiring non-standard component footprints on DIN rails.
Harsh/Heavy-duty Conditions: Favored in factories, transit, or field stations where knocks and vibrations are common.
Industries Served
| Industry | Typical Use Case |
|---|---|
| Industrial Automation | Panel mounting of controls, relays, PLCs, and I/O modules |
| Power & Utilities | Distribution panels, surge protection gear, metering |
| Oil & Gas, Chemicals | SCADA/control modules, safety relays in process plants |
| Rail & Transport | Train/vehicle panels, wayside signal controllers |
| Building Automation | Building management controllers, fire/HVAC |
| Water Treatment | Pump and process control, remote instrumentation |
| Telecom/Data Center | Patch panels, switching gear, converters |
| Manufacturing | Robotics, CNC, and process machinery |
Detailed Specifications
| Property | Specification |
|---|---|
| Material | Stainless Steel (SS304/SS316), optional galvanized/mild steel |
| Thickness | 1.5 mm – 3 mm typical options |
| Dimensions | Fits 35mm "top hat"/TS35 DIN rail (standard) |
| Surface Finish | Polished, galvanized, or zinc-plated |
| Mounting Plate | Multiple holes for secure attachment of device or enclosure |
| Clip Feature | Rigid bent tab or spring for snap-in DIN rail engagement |
| Load Capacity | Up to 1 kg per clamp, depending on model and installation |
| Standards | DIN, EN 60715, RoHS availability, customizable per OEM needs |
Key Design Features
Secure Attachment: Ensures a tight, vibration-resistant hold for industrial modules, greatly reducing accidental dislodgement in high-vibration environments.
Multipoint Mounting: The plate provides several holes for flexible and robust mounting—accommodating a range of enclosure and device footprints.
Universal Rail Fit: Designed primarily for the ubiquitous 35mm DIN rail profile, meeting EN 60715, IEC, and DIN standards for international compatibility.
Durable Construction: Suitable for demanding industrial, process, or automation environments that require longevity and reliability.
Critical Advantages
Fast Retrofit & Assembly: Tool-based mounting for reliable attachment without device disassembly, simplifying installation and maintenance.
High Integrity: Reliable holding under vibration, accidental bumps, or maintenance cycles—minimizing risk of system faults or downtime.
Flexible & Modular: Supports a wide array of device shapes and sizes, making it a strong choice for OEMs and systems integrators.
Large-plate Din Rail Clamps, such as this model, are a backbone of modular industrial design, supporting both heavy and unconventional equipment across automation, process, and utilities environments worldwide.
Product Identification
The image shows a "Din Rail Channel for Small Power Supply," a precision-formed metal channel bracket designed to securely mount small-format power supplies or similar devices to standard DIN rails commonly used in control panels and electrical enclosures.
Product Use Case
Power Supply Mounting: Designed specifically to hold small switch-mode or linear power supplies firmly inside enclosure panels, supporting reliable power distribution.
Compact Device Installation: Ideal for small automation devices, control units, signal conditioners, relays, and terminal blocks—ensuring compact, organized cabinet space utilization.
Electrical and Control Panels: Used extensively in industrial, process, telecom, and instrumentation cabinets where modular, quick-change equipment integration is required.
OEM Customization: Frequently supplied in custom dimensions or with specific surface treatments to meet unique enclosure or power supply requirements.
Industries Served
| Industry | Typical Use Case |
|---|---|
| Industrial Automation | Mounting SMPS and low-voltage power supplies for PLCs, I/O |
| Instrumentation | Compact sensor and transmitter supply integration |
| Power & Utilities | Distribution boards, surge suppressors, smart meters |
| Building Management | Lighting controllers, access/burglar alarm power units |
| Renewable Energy | Small inverters, string monitors, and combiner box supplies |
| Water Treatment/SCADA | Signal conditioners, miniature power modules for data comms |
| Telecom | Powering DC-DC converters, low-voltage relay assemblies |
| Transportation | Onboard or wayside device mounting for compact systems |
Detailed Specifications
| Property | Specification |
|---|---|
| Material | Mild steel (MS), galvanized steel, or stainless steel (optional) |
| Thickness | 1.5 mm – 2 mm (customizable) |
| Length | 5 inches standard; custom lengths (300, 500, 1000 mm) also available |
| DIN Rail Compatibility | TS35 (35mm Top Hat), G-section (32 mm), 15mm section rails |
| Surface Finish | Polished, powder coated, or alkaline zinc plated with passivation |
| Mounting Options | Multiple pre-drilled holes and/or slots |
| Compliance | DIN/IEC 60715 standard, RoHS-compliant finish options |
Key Design Features
Universal Rail Mounting: Designed to fit the most common types of DIN rails (35mm TS35 Top Hat) used worldwide in electrical cabinet assemblies.
Precision Formed: Ensured dimensional accuracy for strong, stable mounting of power supplies and attached devices—critical for secure, vibration-resistant installations.
Custom Configurations: Available in various lengths, finishes, and material grades, meeting both standard and specialized application needs.
Corrosion Resistant: Surface treatments such as alkaline zinc plating or stainless steel construction suit damp, industrial, or corrosive environments.
Critical Advantages
Standardization: Compatible with international DIN/IEC rail standards, simplifying cabinet design and component sourcing.
Fast Installation/Replacement: Tool-less or simple tool engagement for quick assembly and serviceability.
Space & Cost Efficiency: Supports tight, reliable assembly of small devices, minimizing wiring complexity and downtime.
DIN Rail Channels for small power supplies are foundational hardware for efficient, modern electrical panel design in a wide range of industries—offering modularity, reliability, and compliance with global standards.
Product Identification
The image shows a "Customised Din Rail Channel for Big Power Supply," a heavy-duty, L-shaped metallic mounting bracket engineered for securely attaching large-format power supplies or similar sizeable electrical components onto DIN rails within control panels and industrial cabinets. This design supports extra weight and offers robust support with reinforced bends and multiple mounting points.
Product Use Case
High Power Supply Installation: Used for mounting large SMPS, DC-DC converters, and other high-output power modules in automation cabinets, MCCs, and main distribution boards.
Control and Automation Cabinets: Ideal for main power buses or high-capacity UPS systems that require secure, long-term installation.
Process and Infrastructure Panels: Provides mechanical stability for heavy industrial equipment requiring dependable power delivery.
OEM and Large Projects: Custom dimensions support specific OEM enclosure requirements in large-scale infrastructure or plant projects.
Industries Served
| Industry | Typical Use Case |
|---|---|
| Industrial Automation | Main power bus mounting, large PLC/drive power supply support |
| Utilities & Power | MCCs, main AC/DC panels, transformer cabinets |
| Renewable Energy | Inverter mains, solar combiner power units |
| Oil & Gas | Heavy-duty control cabinets and backup systems |
| Water/Process Plants | Equipment requiring large standby power and surge protection |
| Building Infrastructure | Fire pumps, elevators, centralized control systems |
| Railways/Transport | Station, signaling, and traction panels |
| Telecom/Data Centers | Main rack and central power distribution units |
Detailed Specifications
| Property | Specification |
|---|---|
| Material | Stainless steel (SS), mild steel, or aluminum options |
| Thickness | 2 mm standard (custom up to 10 mm possible) |
| Length | 5 inch and custom large sizes for high-power units |
| DIN Rail Compatibility | TS35 (35 mm), heavy-duty mounting rails |
| Surface Finish | Polished, hot-dip galvanized, or powder-coated for corrosion resistance |
| Mounting Features | Multiple bolt holes; extended/offset profile to distribute heavy loads |
| Load Capacity | Engineered for big/industrial power supplies (up to several kg each) |
| Compliance | DIN/IEC 60715 standards; RoHS compliant finishes |
Key Design Features
Robust Construction: Heavier gauge steel and reinforced bends offer structural integrity and vibration resistance for high-power, bulkier equipment.
Larger Surface Area: Accommodates mounting of large power supply modules with ample support to prevent sagging or flexing under load.
Flexible Hole Pattern: Multiple mounting holes enable attachment of a variety of device footprints and adjustment during cabinet layout.
Corrosion Resistant Options: Available in polished or galvanized finishes for harsh industrial environments.
Critical Advantages
Maximum Mechanical Security: Specifically designed to handle the weight and size of modern, high-output power supplies.
Custom Fit: Can be produced in custom sizes and hole patterns to precisely match end-user application needs.
Reduced Downtime: Strong, corrosion-resistant, and stable mountings reduce service, vibration damage, and maintenance intervals.
Customised DIN rail channels for big power supplies are an essential solution for high-power, industrial, and infrastructure settings, ensuring safe, stable, and code-compliant electrical installation for critical and heavy equipment.
Product Identification
The image displays "Clamps for stationary compass," which are specialized, precision-machined metal clamps used to secure compass arms or stationary compasses to surfaces, beams, or rulers for tasks requiring arc or circle scribing, as well as for maintaining precise reference points in industrial, engineering, or educational settings.
Product Use Case
Drafting and Machining: Used to convert rulers, rods, or bars into large stationary compasses for drawing or scribing precise circles/arcs well beyond the range of standard compasses.
Surveying and Construction: Employed to fix reference points or drawing tools on beams, measuring poles, or pipes for accurate field layout and radius marking.
Educational/Technical Training: Essential in geometry sets and technical drawing kits for students and professionals learning or practicing precision drafting.
Custom Fixturing: Industrial or laboratory setups use these clamps to hold indicators or reference arms stationary during calibration and test procedures.
Industries Served
| Industry | Typical Use Case |
|---|---|
| Drafting, Architecture | Large-radius circle scribing, scaling on drafting tables |
| Metalworking, Fabrication | Laying out arcs/circles for cutting, welding, or forming |
| Construction, Surveying | Field layout, radius marking, reference point setting |
| Education/Training | Geometry and technical drawing instruction |
| Machine Maintenance | Calibration and metrology fixturing |
| Carpentry/Woodworking | Drawing large arcs for custom joinery/layout |
Detailed Specifications
| Property | Specification |
|---|---|
| Material | Steel (galvanized, stainless, or plated), aluminum available |
| Configuration | Two-piece clamp set, typically with quick-release or screw-tightening |
| Mounting Options | Multiple holes for attachment to beams, pipes, or rulers |
| Size Range | Fits ruler, beam, or pipe thicknesses from 5/8"–1.5" typically |
| Finish | Zinc plated, anodized, or plain metal |
| Compatibility | For compass, divider, trammel bar, or measuring instrument |
| Features | Adjustable arms, quick release, or detent lock |
| Standards | General engineering and drafting tool standards |
Key Design Features
Universal Clamping: Designed to allow secure, repeatable attachment of compass or measuring points to a wide range of surfaces or reference bars (such as steel rulers, pipes, trammel beams, or drafting boards).
Quick Attachment/Detachment: Can be fitted or removed rapidly for changing measurement needs; some models offer tool-less operation for fast on-site adjustments.
Precision: Ensures stable, slip-free holding even during repetitive scribing, arc creation, or during vibration-prone processes.
Durability: Built from plated steel or anodized aluminum, these clamps are resistant to deformation and corrosion, suitable for daily use in workshops, classrooms, or construction sites.
Critical Advantages
Adaptability: They convert ordinary measuring tools or materials (like pipes or trammel rods) into precision compasses or circle/arc markers.
Repeatability: Hold points or arms firmly, reducing measurement drift and ensuring consistent results for repetitive operations.
Cost-effective: Provides a versatile, reusable solution for large or special-radius scribing tasks, eliminating the need for multiple expensive dedicated tools.
Clamps for stationary compass duty are a vital addition to any workshop, drafting studio, construction site, or classroom that regularly requires precise, repeatable large-radius arcs or secure positioning of compass points.