Remote Control Solution
Remote Control Solution
The Power Integrity™ Remote Control Solution (RCS) fueling control panel combines the required dispenser/pump disconnects, dispenser hook isolation, low-voltage dispenser data disconnects, and E-stops into a single panel. The RCS also provides advanced device power status monitoring, remote E-Stop engagement, and remote power resetting capabilities for fuel system and C-store critical assets.
With OVERSITE™ remote monitoring and power cycling capabilities, C-Store operators can remotely reset fuel dispensers, site controllers, submersible pumps, and more, significantly reducing the need for costly on-site maintenance trips and eliminating the expenses associated with extended downtime.
Every site requires a fuel control panel and NEC® safety systems. The RCS with OVERSITE™ combines these functions and goes beyond basic requirements, enabling remote visibility, control, and reset capabilities for fuel systems and other critical C-store equipment.
Fully integrated, pre-wired fuel system control panel
Pump contactors / dispenser & 120 V auxiliary relays
Combines NEC® required protection devices into a single panel
Emergency stop & reset (remote monitoring & initiation)
Dispenser hook isolation
Low-voltage dispenser disconnects (data / intercom / media)
Device power status monitoring with outage notification
Remote asset power cycling and sequencing
Automated event response triggers (with EVO™ Series)
24/7 remote web access (no recurring subscription fees)
The RCS unifies dispenser, pump, and emergency shutdown functions into a single control point. By consolidating required safety functions like E-stop systems, dispenser hook isolation, and low-voltage disconnects, the RCS simplifies NEC® compliance and enhances site safety.
OVERSITE™ is an advanced device networking platform that leverages the critical asset connections to enable remote monitoring and control. This innovative technology offers a solution for overseeing equipment issues and outages and enabling timely responses.
The RCS enables remote monitoring, activation, and power cycling of connected devices like dispensers, pumps, site controllers, distribution boxes, price signage, and more. With OVERSITE™, operators can restore site assets through automated sequencing that brings devices back on in the correct order and timing, eliminating the need for on-site service calls.
As reported by a top US C-store operator, it is estimated that up to 80% of their on-site service calls for equipment outages simply require a common power cycle to bring their equipment back online. The RCS facilitates remote power cycling to minimize truck rolls and reduce asset downtime.
With early notification of power outages, equipment failures, and E-Stop engagements, remote power cycling allows operators to reset assets quickly, avoid the wait for a technician to arrive, and mitigate the impacts of downtime on business.
Remote power cycling can significantly decrease or eliminate the need for service truck rolls, leading to substantial cost savings and faster recovery times.
Improve asset outage troubleshooting, minimize on-site personnel involvement, and allow technicians to focus on planned activities versus unplanned ones. Maximize workforce efficiency and response times with remote power cycling.
Monitor site equipment for power-related outages in near real-time with device power status monitoring, outage notifications, and automated response triggers for timely responses to site-specific issues.
The RCS features OVERSITE™ technology, an advanced device networking platform that enables remote visibility, control, and reset capabilities for fuel systems and other critical C-store equipment that is vital to daily business operations.
Traditionally, fuel system and C-store critical assets have been directly wired to circuit breakers in-line with a fuel panel's E-stop control circuit. Interactions with E-stops and power cycling had to happen physically at the site level with boots on the ground, requiring a service call.
With OVERSITE™, the RCS serves as a central hub that controls and monitors essential site asset power connections and interfaces them through the server/network, enabling remote triggers and device reset capabilities. OVERSITE™ also allows sequencing of power to devices, simplifying the process of restoring power to system components in a predefined order.
Integrating the EVO™ Series enhances OVERSITE™ capabilities with sensor/time-driven event response automation and delivers deeper visibility into site conditions for proactive, more informed responses to site conditions.
The RCS combines all of the NEC® required safety components into a single, integrated solution with the ability to remotely monitor and control these functions.
Integrated Functionality
Immediately shuts down power to all fuel dispensers, pumps, and related equipment in the event of an emergency.
Emergency Stops (E-Stops)
Built-in terminals for E-Stop circuits, allowing immediate power shutdown to connected equipment in the event of an emergency, as required by NEC® safety codes.
Integrated Functionality
Isolates power between dispensers and pump controllers to prevent hook signals from one dispenser affecting another, avoiding false pump activation and unsafe service.
Dispenser Hook Isolation
Safety interlock feature tied to the nozzle cradles (referred to as “hooks”). When a nozzle is lifted, the signal allows the dispenser to operate. When it’s returned to the hook, the system cuts power to certain parts of the dispenser until the nozzle is lifted again, preventing unintended fueling.
Integrated Functionality
Isolates low-voltage communication and data lines (including dispenser data, intercom data, and media/network data) from the dispenser during maintenance work or emergency shutdown.
Low-Voltage Dispenser Data Disconnects
Ensures NEC® compliant isolation of low-voltage data lines to fuel dispensers during E-stop or maintenance. This feature halts data communication, protecting electronics and safeguarding service technicians. (E-stop controlled).
If a system experiences errors, outages, or connectivity issues that require a reset, OVERSITE™ can automate complex reboot sequences, ensuring that each component powers up in the correct order and at the appropriate timing.
EXAMPLE POWER CYCLE SEQUENCE: FUEL DISPENSING
The RCS integrates directly into the FFS PRO® Connect web interface, the same platform already in use for remote EVO™ Series access. This built-in compatibility enables a streamlined path to enhanced site control, automation, and visibility.
Initiate & Monitor E-Stops
Monitor site equipment for power-related outages in near real-time with device power status monitoring, outage notifications, and automated response triggers for timely responses to site-specific issues.
Asset Power Cycling & Sequencing
Remotely reboot downed assets and execute power-up sequences in the correct order to restore functionality without a truck roll.
Monitor Power Status
Gain real-time visibility into the power state of connected dispensers, pumps, signage, and more.
Automated Alerts
Set up email and SMS notifications for system events, power changes, or E-Stop activations.
Track & Report
Log event history, outages, and power cycles — generate custom reports for troubleshooting and compliance.
OVERSITE™ Critical Asset Network
With OVERSITE™, the RCS serves as a central hub that controls and monitors essential site asset power connections and interfaces them with the EVO™ Series console, enabling remote notifications, monitoring, and control functionalities.
1. EVO™ Series Console
2. Remote Control Solution
3. Circuit Breakers
4. Fueling Controller
5. Pump Controllers
6. E-Stops
7. Dispensers
8. Price Sign
Environmental
| Operating Temperature | -40° C to 45° C (-40° F to 113° F) |
| Storage Temperature | -40° C to 85° C (-40° F to 185° F) |
| Operating Humidity | 0 to 90% relative humidity |
| Dimensions - Enclosed RCS | 60" H x 30" W x 7" D |
| Weight - Enclosed RCS | 200 lbs (90.7 kg) or less |
| Line Voltage | 110-120 V |
| Line Frequency | 50-60 Hz |
| Location | Install the unit indoors, in a non-hazardous environment |
| Circuit Breaker | 20A dedicated circuit breaker required |
| Approvals/Certifications | UL 508A |
1-Ph Modules
| Input Terminals | 1 (Line and Neutral) |
| Output Terminals | 1 (Line and Neutral) |
| Operating Voltage | 100-240 VAC |
| Operating Current | 15A AC |
| Operating Frequency | 50/60Hz |
Pump Modules
| Input Terminals | 3 |
| Output Terminals | 3 |
| Operating Voltage | 100-240 VAC |
| Operating Current | 35A Resistive, 250 VAC 5HP |
| Operating Frequency | 50/60Hz |
ACIO Module
| Input Terminals | 4 (Line and Neutral) |
| Output Terminals | 2 (Supply and Output) |
| Operating Voltage | 100-240 VAC |
| Operating Input Current | 35 mA |
| Operating Output Current | 0.3 A |
| Operating Frequency | 50/60Hz |
NEC® Compliance
|
Emergency Disconnects Controlled by E-Stop |
NEC® 514.11 & NFPA® 30A |
| Dispenser Hook Isolation | NEC® 514.13 |
| Low Voltage Dispenser Data Disconnects | NEC® 514.13 |
System Components
1. Pump Power Module(s) (E-Stop controlled)
2. Dispenser Power Module(s) (E-Stop controlled)
3. Auxiliary Single Phase Power Module(s) (Separate from E-Stop)
4. AC Isolation Modules:
- Dispenser Hook Isolation Modules
- E-Stop Push Button Identification Module
5. Low Voltage Dispenser Disconnect
6. Health Monitoring Controller (HMC)
7. Fuse Holder for Control Circuit
8. Fuse Holder for E-Stop Circuit
9. E-Stop Push Button
10. E-Stop Reset Push Button
Remote Web Interface
Through the FFS PRO® Connect Web Interface, operators can access the tools to monitor and control their critical assets remotely.
- Remotely power cycle assets
- Program and initiate power cycling sequences
- Generate user-defined email and SMS notifications
- Track outage events
- Create custom reports
Ordering Guide
Complete part numbers have a specific order and are created using the following guidelines. Replace any bold character with the chosen option(s).
RCS - XDN YPNN - NDGT NCB NEQR - FZANT NKL
RCS = Remote Control Solution
XDN = # of Dispensers
- 04 = 4 Dispensers
- 08 = 8 Dispensers
- 12 = 12 Dispensers
- 16 = 16 Dispensers
YPNN = # of Pumps
- 2 = 2 Pumps
- 3 = 3 Pumps
- 4 = 4 Pumps
- 5 = 5 Pumps
- 6 = 6 Pumps
- 7 = 7 Pumps
- 8 = 8 Pumps
NDGT NCB NEQR = Low Voltage Disconnect Options
N or D or G or T = Dispenser Data (Choose One)
- N = No Dispenser Data Disconnect
- D = Twisted Pair (No data surge protection)
- G = Twisted Pair with data surge protection for current loop
- T = Ethernet
N or C or B = Intercom Data (Choose One)
- N = No Dispenser Intercom Disconnect
- C = 4 conductors per dispenser
- B = 8 conductors per dispenser
N or E or Q or R = Media/Network Data (Choose One)
- N = No Dispenser Media Disconnect
- E = Ethernet
- Q = 4 conductors per dispenser
- R = 8 conductors per dispenser
F = Full Enclosure
ZANT = # of Extra 120V, 15A, 1-Phase Modules (Control 4 Devices Each)
- N = No extra 120V 1-Phase Modules
- 1 = 1, 120V 1-Phase Modules (4 devices total)
- 2 = 2, 120V 1-Phase Modules (8 devices total)
- 3 = 3, 120V 1-Phase Modules (12 devices total)
- 4 = 4, 120V 1-Phase Modules (16 devices total)
N or K or L = Extra Isolation Modules (Choose One)
- N = No Extra Isolation Modules
- K = 2 Extra Isolation Modules (4 inputs, 2 outputs each)
- L = 4 Extra Isolation Modules (4 inputs, 2 outputs each)
Example: RCS-04DN3PNN-TBE-F2ANTK = 4 dispensers, 3 pumps, Ethernet dispenser data disconnect, 8 conductors per dispenser intercom data disconnect, Ethernet media/network data disconnect, (2) 120V 1-phase modules, 2 extra isolation modules.
Featured
Brochures
| Title | Type | Size | |
|---|---|---|---|
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FFS-0961 Remote Control Solution Brochure.pdf | 14.14 MB | |
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FFS-0962 Remote Control Solution Datasheet.pdf | 1.53 MB | |
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FFS-0971 Configured Controls Selection Guide.pdf | 4.1 MB | |
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FFS-0972 Remote Control Solution Cost Avoidance - ROI Brochure.pdf | 2.63 MB |
Catalogs
| Title | Type | Size | |
|---|---|---|---|
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FFS-0834 Power Integrity Integrated Electrical Controls Catalog.pdf | 47.96 MB |
Manuals
| Title | Type | Size | |
|---|---|---|---|
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TB0324-02 RCS Wiring Map.pdf | 0.12 MB | |
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10000016078 RCS Install Guide.pdf | 6.14 MB | |
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10000016079 RCS Programming Guide.pdf | 3.47 MB | |
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10000017424 RCS Operation Guide.pdf | 3.2 MB |