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IPAC 3P C
Cloud/IoT - 3 Phase Power Monitoring Solution
Visualize your Power Consumption and Quality
Connect the IPAC 3P C , Register on our website and start logging data, its that easy.
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The moment you get your hands on any of our products, you'll realize something stands out. Solid aluminum construction.
Extreme Endeavors rugged design ensures our products are built to last.
Our team of engineers have developed our products to support a variety of applications. Plus, we build our products from the ground up, giving us an advantage when problems occur. Our challenge to you - give us a problem we can't solve. Contact us with your extreme ideas today.
Our Products
Applications
- Monitors Current, Voltage, and Phase Angles
- Circuit Protection
- Industrial Equipment Monitoring
- Industrial Expansion
- Electrical Engineering
Measurements Include
- VRMS
- IRMS
- Power Factor
- Current to Current Angle
- Voltage to Voltage Angle
- Other parameters available upon request
Specifications
Data Sheets
Screen View
FAQs
Q: Is installation easy?
A: We recommend a licensed electrician. Simply wire the voltage monitor wires to the phases that you want to monitor and slip the toroids over the wires, wiring the toroid outputs into the current monitor.
Q: Do I need to download software?
A: No, simply create an account and when you plug in the IPAC it reaches out to Extreme Endeavors cloud and starts working
Q: What should I do if I see abnormal voltages and currents?
A: Depending on what you are monitoring, it could be defective equipment or the power company could be sending you power that is out of spec. Please give us a call, we have helped many customers look into power conditions and are always looking for good case studies. It should be noted that the power company may not believe you and most likely will not want to see the data, they will put their own monitoring system in, verify the problem and finally be required to fix it.
Q: What is the difference between the IPAC 3P C and the normal IPAC 3P?
A: The IPAC 3P C automatically sends data back to the Extreme Endeavors Cloud platform to allow the user to easily view the data. The normal IPAC 3P is used for Machine to Machine communications, such as in a control system. Both devices utilize the exact same hardware; however, the firmware inside is different.
Reviews
The IPAC3P was extremely helpful to me in a recent project. A customer was planning a 40,000 square foot expansion to an existing food distribution warehouse. The existing electrical service has been split and re-split and added to many times over the years. I knew the load I was adding and I needed a 200A @ 480V 3 Phase subpanel. The design problem was where to feed the new equipment from. If I chose it wrong it would be bad for the customer and really bad for me. Instantaneous amp measurements were not useful because of the nature of the operation (multiple refrigeration units starting and stopping, truck chargers, lighting, HVC, etc.) I installed the IPAC in the main switch gear and monitored a couple circuits for a few days. The graph it produced over three days answered my questions and moved all uncertainty. I found an 800 A circuit that averaged about 250 amps and never peaked above 400 amps.
--- Mike Wiley, Let There Be Light
IPAC 3P
IoT 3 Phase Power Monitoring Solution for SCADA and Motor Control Applications
Key elements of any SCADA system
Simple network commands with driver available
Applications
- Monitors Current, Voltage, and Phase Angles
- Circuit Protection
- Industrial Equipment Monitoring
- Industrial Expansion
- Electrical Engineering
Measurements Include:
- VRMS
- IRMS
- Power Factor
- Current to Current Angle
- Voltage to Voltage Angle
- Other parameters available upon request
Specifications
Data Sheets
Screen View
FAQs
Q: Can I use the IPAC 3P for monitoring and control?
A: Yes, there are Digital I/O on the connector and RS422 communication.
Q: How do I communicate with the IPAC 3P?
A: Open a TCPIP port and send it commands. Some commands return data, others set digital I/O’s and others change how the device is configured.
Q: What is the difference between the IPAC 3P C and the normal IPAC 3P?
A: The IPAC 3P C automatically sends data back to the Extreme Endeavors Cloud platform to allow the user to easily view the data. The normal IPAC 3P is used for Machine to Machine communications, such as in a control system. They utilize the exact same hardware, the firmware inside is different.
Q: Can I switch between IPAC 3P C and IPAC 3P modes?
A: At this time no; however, in the next couple of months we will be coming out with a firmware upgrade that will allow this.
Reviews
IPAC 1P
IoT Single Phase Power Monitor
Low cost and simple
Ideal for small power drop applications at remote sites
Applications
M-Series
- Low Cost, Small Size Solution for Power Monitoring
B-Series
- Intelligent Circuit Breaker
- Turn Off Power If Voltage or Current Limits are Out of Range
- Reports Voltage or Current Fault Over the Network
- Automatically Retry Power Circuit Based on Configuration Settings
I-Series
- Priority Load Management Solution
- Remove Power From Loads Based on User Assigned Priority Level
- Control Power Based on Time or Date
- Establishes a Microgrid with Incredible Power Saving
Specifications
Data Sheets
FAQs
Q: What does IPAC stand for?
A: Intelliget Power Automation Control
Q: Why is this IPAC different from the IPAC 3P?
A: This is a single Phase IPAC, which Monitors the power of a standard 220 V single phase.
Q: How is the Voltage measured?
A: Each phase is referenced to Ground/Neutral so that each phase should read 120V RMS
SingleNode
IoT Controller and Data Acquisition System
Currently used at hundreds of remote sites for monitor and control systems
Changes configurations based on your needs and communicates with simple network commands
Applications
- Remote/Solar-powered data acquisition systems
- Small Scale SCADA solution
- Network control of pumps and motors
- Opening and closing of variable valves
- Mine water discharge Monitoring
- Chemical additive stations
- Industrial control and Monitoring
- Assembly
Specifications
Data Sheets
Interface description
FAQs
Q: What was the SingleNode first developed for?
A: The SingleNode was first developed to Monitor HellHoleCave (https://www.extreme-endeavors.com/micro-climate-research/) however we quickly adapted it for commercialization in the water industry.
Q: What is the primary use for the SingleNode?
A: Currently, the most popular function of the SingleNode is tank monitoring and pump control for water districts. However, the ability to configure the SingleNode is causing it to grow into other applications, such as source water protection, rare earth element mining, building entry systems, and many more applications
Q: How do I communicate with the SingleNode?
A: Open a TCPIP port and send it commands. Some commands return data, others set digital I/O’s and others change how the device is configured.
Q: Can I use the SingleNode to add a network interface to the equipment I sell?
A: Of course, call our engineers to discuss the application. Having a SingleNode hidden in your device could give you many features and very low development costs.
INSCADA
IoT Data Acquisition with large user interface
Industrial control with specialized graphics
Extreme Endeavors programs it for your specific needs
Applications
- Remote/solar-powered data acquisition systems
- Large scale SCADA solutions
- Network and local control from screen of pumps and motors
- Opening and closing of variable valves
- Mine water discharge monitoring
- Chemical additive stations
- Industrial control and monitoring
- Assembly
Specifications
Data Sheets
Screen View
FAQs
Q: What makes the INSCADA different than the SingleNode?
A: The first difference is the large touch screen. Secondly, the INSCADA has more inputs and outputs to allow for fewer devices. Additionally, the user can select the desired voltage for digital outputs - 3.3V, 5V,12V, and 24V.
Autonomous Portable Tower
Autonomous portable communication tower
Used to communicate through harsh terrine in an economic manner
Provides data relay points at sites where power is not available
Applications
- Repeater tower to link remote locations with RF radios
- Ideal for mounting cameras at remote locations
Specifications
Data Sheets
FAQs
Q: How tall is the tower?
A: It comes standard 10 feet tall, however, we can add other sections onto the tower to increase height to 20 feet.
Q: How much solar power?
A: Most towers have 300 watts of power, however, we can specialize the number and wattage of the solar panels.
Q: What type of battery is used?
A: We use a NAPA 8D deep cycle battery. These batteries are the most readily available and we pass the savings on to you, as there is no shipping cost in getting the battery to Extreme Endeavors facility.
Reviews
Water Sensors
Extreme Endeavors has worked tirelessly to find the best quality sensors that simply work. We offer these sensors as a standard product connected into our SingleNode and INSCADA, and simple integration with our EEMACs software.
PH Sensor
Description
With composite electrode technology, the sensor automatically compensates the temperature, and the composite electrode has a longer life and is suitable for online long-term monitoring of the environment. The sensor adopts RS485 output and Modbus protocol, which can realize networking and system integration with the SingleNode.
Technical Parameters
| product name | Digital PH sensor |
| Detection principle | Composite electrode |
| Response time | <30 seconds |
| Measuring range | 0~14pH |
| Measurement accuracy | 0.1P H |
| Resolution | 0.01PH |
| temperature range | 0~50 °C |
| Storage temperature | -20~80 °C |
| output signal | RS-485 , MODBUS protocol |
| Calibration method | 3- point calibration |
| Into the water depth | <10 meters |
Specifications
| waterproof level | IP68 |
| Under pressure | 1bar |
| product material | POM/316 |
| Product Size | Φ25 X 198mm |
| Power information | DC 6 ~12V , current <50mA |
| Cable length | Standard 10 meters |
Turbidity Sensor
Description
The self-cleaning turbidity sensor utilizes optical fiber technology, the principle of scattered light detection at a 90° angle has better repeatability and stability, and is not easily affected by ambient light. The automatic cleaning brush with the sensor can effectively eliminate air bubbles and reduce the influence of dirt on the measurement.
Technical Parameters
| product name | Turbidity sensor |
| Detection principle | 90 ° scattered light |
| Measuring range | 0 ～4 000NTU |
| Measurement accuracy | ± 5% |
| Resolution | 0.1NTU |
| temperature range | 0~50 ℃ |
| Storage temperature | -20~80 ℃ |
| output signal | RS-485 , MODBUS protocol |
| Optical window | optical fiber |
Specifications
| waterproof level | IP68 |
| Under pressure | 1bar |
| product material | POM/316 |
| Product Size | Φ32 X 161mm |
| Power information | DC 6 ~12V , current <50mA |
| Cable length | Standard 5 meters |
Ammonia Nitrogen Sensor
Description
Ammonia nitrogen sensor, integrated ammonium ion, potassium ion (optional), pH and reference electrode, automatically compensate for potassium ion (optional), pH and temperature in the water body. Direct input installation, compared with the traditional ammonia nitrogen analyzer, no reagents, more economical and environmentally friendly, the electrode can be replaced separately.
Technical Parameters
| product name | Ammonia nitrogen sensor |
| Detection principle | Ion selective electrode method |
| Measuring range | Ammonia nitrogen: 0 ~ 2/0 ~ 10/0 ~ 1000mg/L NH4-N PH : 4-10ph |
| Measurement accuracy | Ammonia nitrogen: ± 5% PH : ±0.1 ph |
| Resolution | Ammonia nitrogen: 0.1mg/L PH : 0.01 ph |
| temperature range | 0~50 °C |
| Storage temperature | -2~80 °C |
| output signal | RS-485 output MODBUS protocol |
Specifications
| waterproof level | IP68 |
| Under pressure | 1bar |
| product material | POM |
| Product Size | Φ48 X 209mm |
| Power information | DC 6 ~12V , current <50mA |
| Cable length | Standard 5 meters |
Conductivity Sensor
Description
Conductivity sensor adopts a new generation of four-electrode technology with a wide measurement range and can automatically adjust the range. Automatic temperature compensation. The electrode can adapt to a variety of harsh water environments and will not be polarized in long-term use, reducing maintenance costs.
Technical Parameters
| product name | Digital conductivity sensor |
| Detection principle | Electrode method |
| Response time | <2 sec |
| Measuring range | 1uS/cm-300 mS/cm |
| measurement accuracy | ± 1% |
| Resolution | 1uS/cm |
| temperature range | 0~ 50°C |
| Storage temperature | -20 ~ 80 °C |
| output signal | RS-485 , MODBUS protocol |
| Calibration method | 1 or 2 point calibration |
Specifications
| waterproof level | IP68 |
| Under pressure | 3bar |
| product material | 316/POM |
| Product Size | Φ22 X 165mm |
| Power information | DC 6~12V , current <50mA |
| Cable length | Standard 5 meters |
Nitrate Sensor
Description
Uses no reagents, and can be monitored online in real time when used in conjunction with the SingleNode. It can be directly put into installation, which is more economical and environmentally friendly than traditional nitrate analyzers. Uses RS485 output, supports Modbus, and is easy to integrate. Features temperature compensation and a replaceable electrode.
Technical Parameters
| product name | Nitrate sensor |
| Detection principle | Electrode method |
| Measuring range | 0-1000mg/L NO3- |
| measurement accuracy | ± 5% |
| Resolution | 0.1mg/L |
| temperature range | 0～50 ℃ |
| Storage temperature | -20 ~ . 8 0 deg.] C |
| output signal | RS-485 , MODBUS protocol |
Specifications
| waterproof level | IP68 |
| Under pressure | 3bar |
| product material | 316/POM |
| Product Size | Φ48 X 209mm |
| Power information | DC 6~12V , current <50mA |
| Cable length | Standard 5 meters |
COD Sensor
Description
Optical COD sensor sensor is more economical and environmentally friendly than the traditional chemical method. The size is small and easy to install. Includes automatic compensation for turbidity interference, with self cleaning.
Technical Parameters
| product name | COD sensor |
| Detection principle | UV254nm ultraviolet optical |
| Measuring range | COD : 2.5 to 1000 mg/l equiv. KHP TOC : 1.5 to 650 mg/l equiv KHP SAC : 1.5 to 2000 1/m |
| Measurement accuracy: | ± 5% |
| Resolution | 0.01mg/L |
| Optical path | 1mm , 6mm , 10mm |
| temperature range | 0 ~ 45 ℃ |
| Storage temperature | -40 ~ 80 ℃ |
| output signal | RS-485 , MODBUS protocol |
| Calibration method | 1 or 2 points |
| Automatic cleaning | Built-in cleaning brush |
Specifications
| waterproof level | IP68 |
| Under pressure | 1bar |
| product material | 316L/POM/ titanium alloy |
| Product Size | Φ44 X 228.97mm |
| Power information | DC 6- 12V +/-5% , current <50mA |
| Cable length | Standard 5 meters |
Dissolved Oxygen Sensor
Description
The fluorescent dissolved oxygen sensor adopts a new generation of fluorescent technology, and our company independently develops high-performance fluorescent materials. No oxygen consumption, no flow rate limitation, no electrolyte required, no maintenance and calibration, no hydrogen sulfide interference, and excellent stability. Built-in temperature sensor, automatic temperature compensation.
Technical Parameters
| product name | Dissolved Oxygen Sensor |
| Detection principle | UV Fluorescence |
| Measuring range | 0~20mg/L or 0~200% saturation |
| measurement accuracy | ± 5% |
| Response Time | 10 seconds |
| Temperature Range | 0 ~ 50 deg. C |
| Storage temperature | -20 ~ 80 deg. C |
| output signal | RS-485 , MODBUS protocol |
Specifications
| waterproof level | IP68 |
| Under pressure | 1bar |
| product material | 316/POM |
| Product Size | Φ26 X 177mm |
| Power information | DC 6~12V , current <50mA |
| Cable length | Standard 5 meters |
BOD Sensor
Description
Many organic substances dissolved in water absorb ultraviolet light. Therefore, the total amount of organic pollutants in water can be measured by measuring the absorption of these organic substances by ultraviolet light at a wavelength of 254nm. BOD5001 series use two light sources, one 254nm ultraviolet and one 850nm infrared light, which can automatically compensate the optical path attenuation and turbidity effects, thus achieving more stable and reliable measurement values. No reagents, no pollution more economical and environmentally friendly. Automatic compensation for turbidity interference for excellent test performance.
Technical Parameters
| Product name | BOD sensor |
| Detection principle | UV254nm ultraviolet optical and 850nm infrared |
| Measuring range | BOD5001 ( 6mmgap) - BOD 0 ~ 500 mg/ L BOD5002 (1mm gap) - BOD 0 ~ 3500 mg/ L |
| Measurement accuracy: | 0.01mg/L |
| Power Supply | 12VDC +/-5% |
| Output Signal | RS485 / Modbus |
| Calibration | 1 or 2 point |
Specifications
Why did we design these products?
Customer Need
Our Products were designed to support a need. A customer would come to us with a request, and we would make that request a reality with either a new product or modifications to an existing product. The products have been developed to meet some of the most demanding applications.
Do You Need Something Slightly Different?
Extreme Endeavors is a small business that loves a challenge. If you have a new idea or need something slightly out of the ordinary, call us: we can help. The structure of large businesses makes it impossible for them to compete with us!
Lunch Anyone?
If you have a product in mind that is slightly different than what you see above, or you don't know how to manage the technology, let us know your thoughts. If it is a good fit and direction for Extreme Endeavors, you can join us for lunch one day to discuss your idea.
01.
Idea & Concept
Do you have a new idea or a concept of an application? Contact us to see how our products can help.
02.
Development
Our engineers are standing by to help you with specifications and support in the use of our products.
03.
Testing & Support
What makes a product truly great? Using it for years! You would not want to buy from a company that does a one-time production run. Continual testing and support Is critical, and we do that every day.
