Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
1STQ007075A0000 ABB PTBB3036 System pro E power IP65 Blind Top/Bottom Panel W300 D300
ABB PTBB3036 1STQ007075A0000 System pro E power IP65 blind top/bottom enclosure panel designed for compatible low-voltage electrical switchboard cabinets with a nominal width of 300 mm and depth of 300 mm.
£36.84
Why Choose the ABB PTBB3036 System pro E power IP65 Blind Top/Bottom Panel?
The ABB PTBB3036 (1STQ007075A0000) is a dedicated IP65 blind top/bottom panel designed for compatible ABB System pro E power low-voltage electrical switchboard enclosures. Specified for a 300 mm nominal enclosure width and 300 mm nominal depth, this accessory provides a closed panel arrangement for the upper or lower section of a matching electrical distribution cabinet.
As part of the ABB System pro E power modular switchboard range, the PTBB3036 supports enclosure configurations requiring a higher degree of protection against dust ingress and water jets. Its blind, unperforated design helps close the designated top or bottom opening of a compatible switchboard, contributing to the enclosure's protective barrier when correctly installed as part of a suitable IP65 assembly.
The ABB PTBB3036 is particularly suitable for electrical panel builders, switchboard manufacturers and industrial contractors constructing 300 mm wide × 300 mm deep System pro E power cabinet arrangements. Its dedicated top/bottom application makes it a practical choice for professional low-voltage distribution installations where enclosure protection, dimensional compatibility and organised assembly are important.
Key Advantages
- Purpose-designed IP65 blind top/bottom panel for ABB System pro E power enclosures.
- IP65-designated component for compatible protected switchboard configurations.
- 300 mm nominal enclosure width for matching cabinet arrangements.
- 300 mm nominal enclosure depth for compatible top and bottom openings.
- Blind panel design provides a closed enclosure surface without intentional cable-entry openings.
- Supports protection against dust ingress and water jets when incorporated into a correctly assembled IP65 enclosure.
- Designed for integration with the ABB System pro E power modular switchboard system.
- Suitable for industrial and commercial low-voltage electrical distribution installations.
Key Features
- ABB System pro E power enclosure accessory.
- ABB product designation PTBB3036.
- IP65 blind top/bottom panel configuration.
- 300 mm nominal cabinet width.
- 300 mm nominal cabinet depth.
- Designed for compatible top or bottom enclosure positions.
- Closed panel construction for unused enclosure openings.
- Supports dust-tight and water-jet-resistant enclosure arrangements when correctly installed.
- Dedicated mechanical accessory for modular low-voltage switchboard assembly.
- Suitable for professional electrical panel manufacturing and cabinet construction.
- Intended for installation in accordance with ABB System pro E power assembly instructions.
Reliable Enclosure Protection for Low-Voltage Switchboards
ABB System pro E power is a modular low-voltage switchboard system designed for electrical distribution applications in industrial, commercial and infrastructure environments. Its coordinated range of cabinet structures, doors, panels and installation accessories enables switchboard manufacturers to configure enclosures according to different equipment layouts and environmental protection requirements.
The ABB PTBB3036 IP65 blind top/bottom panel is intended for compatible 300 mm wide × 300 mm deep cabinet arrangements. By closing the designated top or bottom opening, the panel helps maintain the physical enclosure boundary and reduces potential ingress paths associated with an otherwise uncovered opening.
Under the IP rating system defined by IEC 60529, IP65 denotes dust-tight protection and protection against water jets. The PTBB3036 is identified as an IP65 accessory, but the protection rating of the finished switchboard depends on the complete enclosure configuration, including correctly selected seals, joints, doors, cable entries and other installed components.
The blind configuration is particularly useful where no opening is required through the selected top or bottom panel position. Where cables or ventilation openings are needed, the relevant ABB-approved alternative components and installation arrangements should be selected instead of modifying the blind panel without confirming the effect on enclosure protection.
Correct installation is essential for achieving the intended protective performance. The ABB PTBB3036 should be fitted using the appropriate System pro E power mounting and sealing arrangements specified by ABB. The accessory does not independently establish the protection rating, electrical performance or environmental suitability of the completed switchboard.
Typical Applications
- ABB System pro E power low-voltage switchboard assemblies.
- IP65-designated top and bottom enclosure closure arrangements.
- Compatible 300 mm wide × 300 mm deep electrical distribution cabinets.
- Industrial electrical power distribution enclosures.
- Commercial building main and sub-distribution switchboards.
- Electrical control and power distribution installations requiring protected cabinet configurations.
- Professional switchboard manufacturing and electrical panel-building projects.
- Compatible enclosure maintenance, refurbishment and blind panel replacement.
Technical Specifications
| Product range | System pro E power |
|---|---|
| Product designation | PTBB3036 |
| ABB order code | 1STQ007075A0000 |
| Model / part number | PTBB3036 |
| Product type | Blind top/bottom enclosure panel |
| Designated protection rating | IP65 |
| Panel configuration | Blind / closed |
| Installation position | Top or bottom |
| Nominal enclosure width | 300 mm |
| Nominal enclosure depth | 300 mm |
| Compatible enclosure system | ABB System pro E power |
| Component function | Closure of compatible top or bottom enclosure openings |
| Application | Low-voltage electrical distribution switchboards |
| Component category | Enclosure closure panels / top and bottom accessories |
Frequently Asked Questions
What is the ABB PTBB3036 used for?
The ABB PTBB3036 (1STQ007075A0000) is an IP65-designated blind top/bottom panel used to close compatible upper or lower openings in ABB System pro E power low-voltage electrical switchboard enclosures.
What enclosure dimensions is the ABB PTBB3036 designed for?
The PTBB3036 is specified for compatible System pro E power cabinets with a 300 mm nominal width and 300 mm nominal depth. These dimensions identify the intended enclosure configuration rather than necessarily representing the exact manufactured dimensions of the panel.
What does the IP65 designation mean for the ABB PTBB3036?
IP65 indicates dust-tight protection and protection against water jets under IEC 60529. The finished switchboard achieves its intended protection rating only when all enclosure components, seals and installation arrangements are correctly selected and assembled.
Can the ABB PTBB3036 be installed at either the top or bottom of a switchboard?
The manufacturer identifies the PTBB3036 as a blind top/bottom panel. Its suitability for a particular top or bottom position should be confirmed against the relevant ABB System pro E power assembly instructions.
Does the ABB PTBB3036 include cable-entry openings?
The PTBB3036 is specified as a blind panel, indicating a closed configuration rather than a dedicated cable-entry panel. Where cable access is required, an appropriate compatible enclosure component should be selected to maintain the intended protection arrangement.
Trusted by Professional Switchboard Builders
ABB System pro E power enclosure accessories support electrical panel builders, switchboard manufacturers and industrial electrical contractors in constructing organised and protected low-voltage distribution assemblies using coordinated modular cabinet components.
