3PDT Latching Footswitch 9-Pin True Bypass for Guitar Pedals
3PDT Latching Footswitch – The Industry-Standard True Bypass Switch for Guitar Effect Pedals
Upgrade your pedalboard builds and DIY guitar effect projects with this rugged 3PDT Self-Locking Latching Footswitch. Featuring a triple pole, double throw (3PDT) configuration with 9 solder lug terminals, this stomp switch is engineered for reliable true bypass switching — preserving your guitar's raw signal integrity whenever an effect is disengaged.
Whether you're assembling a fuzz box, overdrive, or modulation pedal from scratch, or retrofitting a bypass on an existing unit, this footswitch delivers the professional-grade performance that builders and gigging musicians demand.
Made in Mainland China.
Key Features
- True Bypass Ready: Designed specifically for true bypass wiring, keeping your signal path clean and uncolored when the effect is switched off.
- 9-Pin Solder Lug Design: Industry-standard 3PDT layout with clearly arranged terminals for straightforward, professional wiring.
- Versatile Wiring Flexibility: Easily configured as a 2-pole switch by leaving three pins disconnected — ideal for various pedal builds and modifications.
- Durable PA66 Plastic Housing: Reinforced with a ring epoxy seal for high temperature resistance and long-lasting performance under rigorous stomp use.
- High Power Rating: Rated at 6A 125VAC / 4A 30VDC, delivering dependable electrical performance for pedals, amplifiers, and other music equipment.
- Long Electrical Life: Rated for over 10,000 switching cycles for years of reliable use on stage and in the studio.
- Available in Blue and Black to suit your build aesthetic.
Specifications
| Part Name | 3PDT Latching Footswitch |
| Model | PBS-24-302 |
| Color | Blue, Black |
| Material | PA66 Plastic |
| Operating Structure | Self-locking (Latching) |
| Rated Voltage | 220V |
| Rated Current | 5A |
| Contact Type | 1NC + 1NO |
| Operating Frequency | 10–30 times/min |
| Size | 60 × 26 × 21 mm |
| Conventional Heating Current | 6A |
| Rated Values | 3A 250V AC / 6A 125V AC / 4A 30V DC |
| Ambient Temperature | -25°C to +85°C |
| Contact Resistance | < 50MΩ |
| Insulation Resistance | >100MΩ @ 500VDC |
| Dielectric Strength | >1000VAC, 1 minute |
| Electrical Life | >10,000 cycles |
Package Contents
- 1 × 3PDT Latching Footswitch (PBS-24-302)
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Frequently Asked Questions
Q: What does 3PDT mean and why does it matter for guitar pedal builds?
A: 3PDT stands for Triple Pole, Double Throw. It means the switch controls three separate circuits simultaneously and can toggle between two positions. For guitar effect pedals, this is the standard configuration for true bypass wiring — it allows you to route both the audio signal and an LED indicator in a single switch action, making it the go-to choice for DIY pedal builders.
Q: Can this footswitch be used as a 2-pole (2PDT) switch?
A: Yes! This 3PDT footswitch can be easily configured as a 2-pole switch simply by leaving three of the nine pins disconnected. This gives you extra flexibility for simpler pedal builds or modifications that don't require all three poles.
Q: Is this footswitch compatible with standard pedal enclosures?
A: This footswitch follows the industry-standard 3PDT form factor (60 × 26 × 21 mm) with a standard 9-pin solder lug layout, making it compatible with most commercial and DIY pedal enclosures designed for 3PDT switches.
Q: How durable is this footswitch for live performance use?
A: The footswitch is rated for over 10,000 switching cycles and features a rugged PA66 plastic housing with a ring epoxy seal for high temperature resistance (-25°C to +85°C). It's built to withstand the demands of regular stage and studio use.
Production & Packaging Notice
To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.