English
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Surface Mount Technology (SMT) production lines face unique challenges from electrostatic discharge and thermal stress, with 22% of component failures occurring during storage near reflow ovens.
LN-B804
LEENOL
| Surface Resistance: | |
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| Contour Size(LxWxH): | |
| Weight: | |
| Fix method: | |
| Quantity: | |
Our Industrial Adjustable Antistatic SMT Magazine Rack provides a specialized solution for high-temperature environments, constructed from 304 stainless steel with a proprietary conductive coating achieving surface resistance of 10^5 - 10^7 Ω. This rack maintains electrostatic control even at 120℃ (248°F), exceeding industry standards by withstanding temperatures 40% higher than conventional ESD storage solutions. Certified to ESD S20.20 and IPC-A-610, it ensures PCB magazines remain protected throughout the thermal assembly process.
The rack’s material exhibits a thermal expansion coefficient of 17.3 × 10^-6 /℃, minimizing dimensional changes during temperature fluctuations. Independent testing confirms resistance values remain within specification after 1000 cycles of -40℃ to 120℃ thermal shock, ensuring consistent performance in extreme environments.
Laser-calibrated adjustment rails offer 0.1mm incremental positioning for magazine widths from 50mm to 350mm, accommodating standard PCB sizes from 50x50mm to 330x250mm. The ball-bearing slide mechanism reduces insertion force by 60%, preventing component displacement during loading/unloading.
Each rack includes dual 4mm grounding ports with color-coded cables for redundant electrostatic dissipation. The heat-resistant handle remains at ≤45℃ even when ambient temperature reaches 120℃, preventing operator burns during hot-zone access.
Critical for thermal manufacturing stages:
Reflow Soldering Zones: Storage between pre-heat and cooling stages in SMT lines
LED Chip Production: High-temperature storage of ceramic substrates during phosphor coating
Aerospace Electronics: Thermal testing environment storage for avionic PCBs
What is the maximum magazine weight it can support?
Each shelf accommodates 25 kg with uniform weight distribution, with a total rack capacity of 150 kg across 6 shelves.
How is height adjustment achieved?
Tool-free thumb knobs engage with precision-machined teeth, allowing height changes in 25mm increments without disrupting alignment.
Does it require special cleaning in high-temperature areas?
The stainless steel construction withstands high-pressure steam cleaning (up to 130℃) and chemical degreasing agents, maintaining ESD properties after 50+ cleaning cycles.
| Specification |
| · Surface Resistance: 10e3-10e9 Ω |
| · Contour Size(LxWxH)mm: 355x320x563 |
| · 50pcs of Plates can be stored |
| · The specification of PCB plates: 355x(50 - 250)mm |
| · Guide slot: Depth 3mm, Width 5.5mm, Pitch 10mm |
| · Top and bottom Base is plastic base |
| · Fix method: gear track adjustable |
| · Side plate: five pieces assembled |
| · Weight: 4.5KG |
Our Industrial Adjustable Antistatic SMT Magazine Rack provides a specialized solution for high-temperature environments, constructed from 304 stainless steel with a proprietary conductive coating achieving surface resistance of 10^5 - 10^7 Ω. This rack maintains electrostatic control even at 120℃ (248°F), exceeding industry standards by withstanding temperatures 40% higher than conventional ESD storage solutions. Certified to ESD S20.20 and IPC-A-610, it ensures PCB magazines remain protected throughout the thermal assembly process.
The rack’s material exhibits a thermal expansion coefficient of 17.3 × 10^-6 /℃, minimizing dimensional changes during temperature fluctuations. Independent testing confirms resistance values remain within specification after 1000 cycles of -40℃ to 120℃ thermal shock, ensuring consistent performance in extreme environments.
Laser-calibrated adjustment rails offer 0.1mm incremental positioning for magazine widths from 50mm to 350mm, accommodating standard PCB sizes from 50x50mm to 330x250mm. The ball-bearing slide mechanism reduces insertion force by 60%, preventing component displacement during loading/unloading.
Each rack includes dual 4mm grounding ports with color-coded cables for redundant electrostatic dissipation. The heat-resistant handle remains at ≤45℃ even when ambient temperature reaches 120℃, preventing operator burns during hot-zone access.
Critical for thermal manufacturing stages:
Reflow Soldering Zones: Storage between pre-heat and cooling stages in SMT lines
LED Chip Production: High-temperature storage of ceramic substrates during phosphor coating
Aerospace Electronics: Thermal testing environment storage for avionic PCBs
What is the maximum magazine weight it can support?
Each shelf accommodates 25 kg with uniform weight distribution, with a total rack capacity of 150 kg across 6 shelves.
How is height adjustment achieved?
Tool-free thumb knobs engage with precision-machined teeth, allowing height changes in 25mm increments without disrupting alignment.
Does it require special cleaning in high-temperature areas?
The stainless steel construction withstands high-pressure steam cleaning (up to 130℃) and chemical degreasing agents, maintaining ESD properties after 50+ cleaning cycles.
| Specification |
| · Surface Resistance: 10e3-10e9 Ω |
| · Contour Size(LxWxH)mm: 355x320x563 |
| · 50pcs of Plates can be stored |
| · The specification of PCB plates: 355x(50 - 250)mm |
| · Guide slot: Depth 3mm, Width 5.5mm, Pitch 10mm |
| · Top and bottom Base is plastic base |
| · Fix method: gear track adjustable |
| · Side plate: five pieces assembled |
| · Weight: 4.5KG |
