BLACK+DECKER VS Pump Smart Setup:
How to Schedule, Automate, and Control Your Pump
It has no built-in Wi-Fi. But it can absolutely be automated. Onboard schedules take five minutes to set up, and full system integration is one adapter away. Here is everything you need to know.
Section 1: What 'Smart Control' Actually Means for a B+D Pump
If you searched for 'BLACK+DECKER pool pump WiFi setup,' you deserve a straight answer before you go any further: the BLACK+DECKER inground variable speed pump does not have built-in Wi-Fi or a companion smartphone app. There is no Bluetooth pairing, no QR code to scan, no cloud dashboard.
That is not a dealbreaker. It is just a different architecture than a Pentair IntelliFlo with a native app. Here is what the B+D pump actually does have, and how far it takes you:
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What the B+D VS Pump Can Do Out of the Box (No Extras Needed): ✅ Program up to 4 speed slots per day directly on the onboard digital keypad ✅ Set any RPM from 600–3,450 in 10 RPM increments for each speed slot ✅ Assign a daily start time and duration to each speed slot. The pump runs on its own schedule, 24/7, without any manual intervention ✅ Quick Clean mode for on-demand high-speed bursts (cleaning, chemical mixing, vacuuming) ✅ Priming function at Speed 1 (1,700–3,450 RPM, 1–5 minutes) to clear the lines at startup What Requires the PPTG Automation Adapter ($79.99): 🔌 Integration with Hayward Goldline Pro Logic, Pentair EasyTouch, Jandy AquaLink RS, or Intermatic 🔌 Relay-triggered speed control from any automation system with relay outputs 🔌 Indirect smartphone control via automation systems that have a companion app (Hayward, Pentair, Jandy) |
For most pool owners, Section 2 covers everything needed. The pump will run its optimized 4-speed daily schedule automatically, every day, without you touching it. If you have an existing automation system and want your B+D pump integrated into it, Section 3 is your guide.
Section 2: How to Program Your Pump's Onboard Schedule
This is the most useful thing you can do for your pump and your energy bill, and it takes about five minutes. A properly set 4-speed daily schedule replaces a single-speed pump running flat-out, and is a big part of why VS pumps save 50 to 80% on energy costs. No adapter, no electrician, no automation system needed.
Step 1: Set the Clock (First Use Only)
When you first plug in the pump, the TIME LED will blink. Press Display to enter clock setup. Use the +/- arrows to set the correct time, choose 12 or 24-hour format, and press Display for 3 seconds to save and exit. The clock retains its setting for up to one day during a power outage. If power is out longer, reset the clock before resuming the schedule.
Step 2: Program Your Speed Schedule
Use the keypad programming table below as your reference. The pump supports up to 4 speed slots per day. Speed 1 has its own start time; Speeds 2–4 begin immediately after the previous speed ends.
|
Step |
Press |
What Happens |
Notes |
|---|---|---|---|
|
1 |
Start/Stop |
Stop the pump if running |
Always stop before programming a new schedule |
|
2 |
Press '1' button |
SPEED 1 LED blinks; Speed parameter LED blinks |
You are now editing the RPM for Speed 1 |
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3 |
+/− arrows |
Adjust RPM for Speed 1 (increments of 10 RPM) |
Typical filtration: 1,500–2,000 RPM. Priming/cleaning: 3,000–3,450 RPM |
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4 |
Press '1' again |
Display shifts to SPEED 1 start time |
Set the daily start time using +/− arrows |
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5 |
Press '1' again |
Display shifts to SPEED 1 duration |
Set duration in hours/minutes; adjusts in 1-minute increments |
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6 |
Press '2' button |
SPEED 2 LED blinks |
Speeds 2 through 4 have duration only, with no independent start time. Each runs immediately after the previous speed ends. |
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7 |
Repeat for Speeds 3–4 |
Program RPM + duration for each additional speed |
Total of all speed durations must be under 24 hours. Any unprogrammed time = pump stays off |
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8 |
Press Start/Stop |
Pump is now on and running the schedule |
START/STOP LED lit = schedule is active. If this LED is off, the pump will not run |
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9 |
Clock setup (first use) |
TIME LED blinks on first plug-in. Press Display to enter clock setup. |
Set 12/24-hour format and correct time. Clock retains setting up to 1 day during power outage. |
Step 3: Set Up a Real-World Schedule
Here is a sample 4-speed schedule that covers a typical inground pool efficiently. Adjust RPMs and durations based on your pool size, filter type, and local utility rates. This is a solid starting point:
|
Speed Slot |
RPM |
Start Time |
Duration |
Typical Use |
|---|---|---|---|---|
|
Speed 1 |
3,000 |
6:00 AM |
1 hr |
Morning priming / quick-clean after rain |
|
Speed 2 |
1,500 |
(follows S1) |
8 hrs |
Main daytime filtration (energy-efficient) |
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Speed 3 |
2,500 |
(follows S2) |
2 hrs |
Evening circulation / running water features |
|
Speed 4 |
1,000 |
(follows S3) |
4 hrs |
Overnight ultra-low speed (quietest, lowest cost) |
This schedule runs the pump for 15 hours total, leaving 9 hours of off time overnight. The combination of high filtration hours at low RPM and a short priming burst keeps water clean while staying well within Energy Star efficiency thresholds. At the national average electricity rate of $0.17/kWh, this schedule costs roughly $1.00–$1.20 per day versus $2.50+ for a comparable single-speed pump.
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💡 Pro Tip: Tune Your Low-Speed RPM for Your Filter The right filtration speed depends on your pool's Total Dynamic Head (TDH), which is essentially the resistance your pump has to push water against. Too slow and you won't meet your filter's minimum flow rate; too fast and you're wasting energy. A general starting guide:
Run at your chosen low speed for a week and check that water stays clear. If you see cloudiness or algae signs, increase the filtration speed by 100–200 RPM and monitor again. |
Section 3: Connecting to a Pool Automation System
If you already have a Hayward, Pentair, Jandy, or Intermatic whole-home pool automation system, or if you want to add relay-based control so your pump integrates with a smart home setup, the PPTG Automation Adapter is the piece that makes it possible.
The adapter replaces the stock keypad on your BLACK+DECKER inground VS pump (also compatible with Blue Torrent Cyclone and Sunnora inground VS pumps). It keeps all of the original keypad's programming functions and adds four relay input terminals (IN1–IN4) that your automation system can trigger to fire preset speed slots.
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⚠️ Important Compatibility Note: The PPTG Automation Adapter is compatible with BLACK+DECKER inground VS pumps only. It is NOT compatible with the BLACK+DECKER Above Ground Variable Speed Pump, or with the 2nd-generation inground pump that has an all-black control block. If you're unsure which generation pump you have, check whether your existing keypad panel has a yellow or silver-accented display housing. The all-black control block (2nd gen) uses a different communication protocol and is not supported by this adapter. |
How the Relay Control Works
The adapter uses relay-triggered speed selection, not direct serial communication. Your automation system does not talk to the pump directly. It simply tells a relay to open or close, and the pump responds by running the speed that is pre-programmed for that relay slot. Think of it like preset radio stations: the automation system changes the channel, and the pump plays the speed you already dialed in.
There are two wiring schemes depending on how many relay outputs your automation system has:
|
Scheme |
Input Used |
How It Works |
Best For |
|---|---|---|---|
|
Scheme 1 (Multi-relay) |
IN1 + IN2 + IN3 |
Each relay independently triggers a preset speed. IN1 triggers Speed 1, IN2 triggers Speed 2, IN3 triggers Speed 3. Runs the corresponding speed for the duration set on the keypad. |
Automation systems with multiple relay outputs (Hayward, Pentair, Jandy). Maximum scheduling flexibility with up to 3 independently triggered speed slots. |
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Scheme 2 (Single-relay) |
IN4 only |
One relay triggers a complete 4-speed sequence. After relay closes, pump runs Speed 1 for its duration, then Speed 2, 3, 4 in sequence. Relay open = pump off. |
Simpler systems with only one available relay output. Or any scenario where you want one relay to kick off the full daily schedule. |
For most Hayward, Pentair, and Jandy systems, Scheme 1 (multi-relay) is the right approach. These systems typically have 3 or more relay outputs and are designed to trigger multiple devices independently. Scheme 2 is useful for simpler setups like a single-output relay timer or a home automation hub with limited outputs.
Step-by-Step Adapter Installation
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⚠️ Electrician Required: The relay wiring step (Step 5) involves connecting low-voltage control wiring near the pump's electrical compartment, which is in proximity to line-voltage connections. Anthropic's installation manual explicitly requires a licensed, qualified electrician for this step. The keypad swap (Steps 1–4) can typically be done by a capable DIYer; the wiring should not be. |
|
1 |
Turn off all power at the breaker Kill power to the pump at the circuit breaker before touching anything. The automation adapter wiring area can be in close proximity to line-voltage connections. Licensed electrician strongly recommended for the wiring portion. 💡 The installation manual explicitly states: 'A licensed, qualified electrician should complete the wiring for this product.' Don't skip this. |
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2 |
Remove the original keypad (4 screws) Unscrew the 4 screws holding the stock keypad panel to the pump controller. Disconnect the 6-pin communication connector that links the keypad to the pump's control board. 💡 Keep all screws. You will use 2 of them to mount the new adapter panel. |
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3 |
Connect the 6-pin communication connector to the adapter Plug the 6-pin connector (the same one you just disconnected from the original keypad) into the Automation Adapter Panel. This is the data connection between the adapter and the pump's motor controller. 💡 The adapter retains all original keypad functionality (schedules, RPM control, Start/Stop) and adds the relay terminals. |
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4 |
Mount the Automation Adapter Panel (2 screws) Secure the adapter panel to the pump using 2 of the screws from the original keypad. It mounts in the same location as the stock keypad. |
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5 |
Wire the relay inputs to your automation system Run low-voltage wiring from your automation system's relay outputs to the IN1/IN2/IN3/IN4 and +5V terminals on the adapter. Use the low-voltage raceway only. Never run high-voltage wiring in this compartment. Follow Scheme 1 (multi-relay) or Scheme 2 (single relay) per the wiring table above. 💡 Wire gauge and conduit requirements follow local NEC code. Your electrician will know the specifics for your jurisdiction. |
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6 |
Program speeds and schedule on the adapter keypad Restore power. Use the keypad programming sequence (see Section 2 above) to set your target RPM and duration for each speed slot. These are the speeds your automation system will trigger when it fires the corresponding relay. Set the clock first. 💡 Set speeds in 'Manual' mode. The automation system controls when relays fire; the keypad defines what happens when each relay fires. |
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7 |
Test each relay from your automation system Trigger each relay output from your automation controller one at a time and confirm the pump responds at the correct speed. Check that the correct SPEED LED lights on the adapter panel when each relay fires. 💡 If a speed doesn't trigger correctly, confirm the wiring at the IN terminal matches the relay output. Refer to the Scheme 1/Scheme 2 table and the official installation guide for the full wiring diagram. |
Section 4: Automation System Compatibility Guide
The table below covers the most common pool automation systems and smart home platforms, including what works, what is partial, and what does not apply to this pump.
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Automation System |
Compatible? |
Notes |
|---|---|---|
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Hayward Goldline Pro Logic |
✅ Yes |
Relay-triggered via IN1/IN2/IN3/IN4 terminals. Set pump speeds via keypad; automation triggers preset schedules. |
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Pentair EasyTouch |
✅ Yes |
Same relay wiring. Speeds pre-programmed on adapter panel; EasyTouch controls when each relay fires. |
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Jandy AquaLink RS |
✅ Yes |
Confirmed compatible per PPTG adapter product page. |
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Intermatic Controls |
✅ Yes |
Confirmed compatible per PPTG adapter product page. |
|
Generic timer / relay switch |
✅ Yes |
Any relay that can open/close a circuit works with IN1–IN4. Enables basic time-of-day scheduling via a $20–$40 relay timer. |
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Hayward OmniLogic / TriStar app |
⚠️ Partial |
OmniLogic uses relay outputs and is compatible at the relay level. No direct serial/RS-485 communication with the B+D pump. |
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Pentair IntelliCenter / Home app |
⚠️ Relay only |
Pentair Home app controls the relay output, not the B+D pump natively. No flow monitoring or speed feedback to app. |
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Google Home / Amazon Alexa / SmartThings |
⚠️ Indirect |
Via a smart relay/smart plug paired with the automation adapter. Requires a smart home relay device in the circuit. Not plug-and-play. |
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B+D Above Ground VS Pump |
❌ Not compatible |
The PPTG automation adapter is for inground B+D VS pumps only. NOT compatible with the above-ground model or 2nd-gen inground pump with all-black control block. |
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What 'smartphone control' looks like in practice: B+D pump + PPTG adapter + Hayward Goldline Pro Logic + Hayward OmniHub: You can control your pump schedule from the OmniHub app on your phone. The app fires relay commands to the Pro Logic, which triggers the adapter, which runs the preset speed on the pump. B+D pump + PPTG adapter + Pentair EasyTouch + IntelliCenter controller: Same architecture. EasyTouch triggers relay outputs, the adapter responds. You get Pentair app scheduling and manual override, and the B+D pump executes. What you won't get: Flow rate feedback to the app, remote speed fine-tuning (you can only switch between your 4 preset speeds), or the kind of native app integration a Pentair IntelliFlo3 with the IntelliFlo app delivers. If real-time flow monitoring and full remote speed control matter to you, those features come with the higher-priced native-integration pumps. The B+D value equation centers on upfront cost, a 5-year warranty, and Energy Star savings rather than app depth. |
Section 5: Products You Need on PoolPartsToGo
The Automation Adapter
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⚙️ PPTG Automation: Required for System Integration $79.99 (was $129.99) Automation-Capable Variable Speed Pump AdapterReplaces the stock keypad on your BLACK+DECKER (or Blue Torrent Cyclone / Sunnora) inground VS pump. Retains all original keypad programming functions and adds IN1/IN2/IN3/IN4 relay terminals for connection to Hayward Goldline Pro Logic, Pentair EasyTouch, Jandy AquaLink RS, Intermatic, and any relay-based control system. Includes installation manual with full wiring diagrams. Ships free. Compatible with inground B+D VS pumps only. NOT compatible with the above-ground model or 2nd-gen all-black control block. |
BLACK+DECKER Inground VS Pumps (Adapter Compatible)
All three inground B+D VS pumps are compatible with the automation adapter. If you're buying a pump and the adapter together, any of these models will work:
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✅ BLACK+DECKER: Best for 15,000 to 20,000 Gallon Pools $799.00 BLACK+DECKER 1.5 HP Variable Speed Inground Pool PumpEnergy Star certified, 5-year warranty, permanent magnet TEFC motor. Most popular inground B+D model. Compatible with the PPTG Automation Adapter (1st-gen pump with standard keypad housing). Qualifies for utility rebates. Ships free. |
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✅ BLACK+DECKER: Best for 20,000 to 30,000 Gallon Pools $899.00 BLACK+DECKER 2 HP Variable Speed Inground Pool PumpEnergy Star certified, 5-year warranty. Steps up for larger pools or pools with water features (waterfalls, spillovers) that demand higher flow rates. Compatible with automation adapter. Qualifies for utility rebates. Ships free. |
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✅ BLACK+DECKER: Best for 30,000+ Gallon Pools and High-Resistance Systems $1020.00 BLACK+DECKER 3 HP Variable Speed Inground Pool PumpEnergy Star certified, 5-year warranty. Maximum flow for large pools, multiple water features, or high Total Dynamic Head systems. Compatible with automation adapter. Qualifies for utility rebates. Ships free. |
Frequently Asked Questions
Does the BLACK+DECKER variable speed pump have built-in Wi-Fi?
No. The B+D inground VS pump uses an onboard digital keypad for scheduling and speed control. There is no built-in Wi-Fi, Bluetooth, or companion app. However, it supports full automation system integration via the PPTG Automation Adapter ($79.99), which allows Hayward, Pentair, Jandy, and Intermatic systems (many of which have their own smartphone apps) to control the pump via relay outputs.
Can I control my B+D pump from my phone without a full automation system?
Not directly out of the box. The most practical path for smartphone control without a major automation system is a Wi-Fi-enabled relay switch (like a Sonoff or similar smart relay) wired to the IN4 terminal using Scheme 2. This lets a smart home app trigger the relay to start and stop the pump's daily schedule. This is a DIY approach that is not officially supported by PPTG, and it requires the automation adapter plus a licensed electrician for the wiring.
Which B+D pump models are compatible with the automation adapter?
The adapter is compatible with BLACK+DECKER inground variable speed pumps (1.5 HP, 2 HP, 3 HP) that use the standard keypad housing. It is NOT compatible with the BLACK+DECKER Above Ground Variable Speed Pump, or with the 2nd-generation inground pump featuring an all-black control block. If your pump has a yellow or silver-accented keypad housing, it is compatible with the adapter.
Do I need an electrician to install the automation adapter?
The keypad swap (removing the original panel and connecting the 6-pin communication connector) can be done by a careful DIYer. The relay wiring step, which involves running low-voltage control wire from your automation system to the adapter's relay terminals, should be done by a licensed electrician. The installation manual explicitly states this requirement, and the wiring area is in proximity to line-voltage connections.
Can I still use the onboard keypad after installing the adapter?
Yes. The adapter retains all of the original keypad's functionality: speed programming, schedule setting, clock, Quick Clean, and Start/Stop. The adapter adds the relay terminals on top of the existing interface and does not replace or disable any keypad features.
What if my automation system isn't Hayward, Pentair, or Jandy?
Any relay-based control system works with the adapter. The IN1 through IN4 terminals respond to any relay opening or closing. The system just needs to be able to close an electrical circuit on a schedule. This includes generic pool timers, Intermatic controls, and DIY relay setups. For software-compatible automation systems like the big three listed above, the experience is more polished, but basic relay operation works with virtually any relay controller.
Ready to Automate Your Pool?
Start with Section 2. The onboard schedule is free, takes five minutes, and handles the bulk of what makes a VS pump worth owning. If you want the full automation system integration, the adapter is the next step.
