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 Electricity from the power company has noise, distortion, reverse harmonics, and other flaws that cause you to pay for more electricity than you actually need. Circuit Riders will…  Circuit Rider is an innovative, economical, environmentally friendly electronic device for commercial and residential clients. Here’s how it works for you… We are proud of our products and stand behind them. Every Circuit Rider Unit comes with… Documented savings in kilowatt hours used have ranged from 10% to in excess of 35%. These savings have been reflected on the electric bills of residences and businesses in many locations across the country. Basic explanation: Currently, you draw 22.7 amps from your power company to create 22.5 amps for your location (due to voltage imbalance and harmonicsreverse voltage). With a Circuit Rider installed, you draw only 20.43 amps to maintain 22.5 amps into your home or office plus Circuit Rider’s other benefits that improve operations of all electrical devices. Homeowners can protect their biggest investment. Circuit Rider protection means protection from lightning, surges, and spikes for all electrical appliances in their home. Most homeowners have surge protectors for home computers and home entertainment centers, but not for kitchen appliances, fax machines, or air conditioners, etc. The Circuit Rider provides protection for every electrical outlet in the home. This also provides extended life expectancy for all electrical devices in the home in addition to reduced kilowatt hours used. For business owners, industry, and educational facilities, Circuit Rider units provide extended life expectancy for expensive electronic devices and electric motors, reduced downtime and repair expenses. Additionally, the reduced kilowatt savings on three-phase voltage, especially 480v, can have a significant positive impact on the bottom line. The device saves kWh by several applications. 1. First, we have incorporated MOV’s (metal oxide varistors) in every Circuit rider unit. These (MOV) divert transient voltage spikes and down-line lightning strikes to ground. The diversion of transient voltage spikes will reduce the amount of energy that motors draw. The harmonics that are present in every circuit are reduced by the combination of the relationship with the EMI filters, MOV’s and capacitors that are present in each circuit rider unit (Savings 0 – 4%). 2. By eliminating the transient voltage, we balance the voltage. A 3% voltage imbalance attributes to a 10% motor de-rating. By eliminating this, we save on the amount of energy that a motor has to draw to operate. (Savings 0.5 – 10%). 3. By having capacitors, we are increasing the Power Factor to all appliances and motors. The closer the Power Factor is to Unity (1.0), the more efficient a motor operates. Thus requiring less energy to operate. If Power Factor is at 0.85, this results in the Current wave “Lagging” the Voltage wave by 15 %. This results in motors having to draw 2 – 4% more energy to operate. By increasing Power Factor, we are eliminating the need for a motor to draw more Current (Savings 0 – 10%). 4. As we increase the Power Factor, we are lowering the amount of Current a motor requires. Normally, the Current will drop in the same percentage as Power Factor percentage increases. With the “Proprietary Knowledge” and a combination of other parts, we reduce the Current percentage to an amount greater than the increase of the power factor percentage. Also, we are eliminating Apparent Energy which heats motors. (Savings 0 -10%). 5. Then we have Harmonic Balancing. The 5th, 11th, and 17th Harmonics applies a reverse torque on 3 phase motors. The circuit rider restores the 60 Hz cycle and thus the 60 Hz fundamental cycle the 5th was countering (Savings 0 – 4%). Then the 3rd, 9th, and 15th (The Triplen Harmonics) apply no forward force on motors. By restoring the 60 Hz cycle, we eliminate the Current that feeds the triplen harmonics (Savings 0 – 4%). The above analysis shows how we can save 0.5 to 42% on kWh. This is one of the many features that result out of the New Technology of the circuit rider. By eliminating the harmonics, not only will motors last longer, but so will all of your electronics. Eliminating the harmonics prevents overheating of components and neutral conductors, damage to motors, electronics, circuit breakers, and transformers. CIRCUIT RIDER ELECTRONICS = SAVINGS! |
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Written by: Patrick Oborn - Nov 21, 2008 Is it time to upgrade to a T1? There are several factors to consider when examining you current DSL connection and the possibility of replacing it. For many people the biggest factor is reliability and if reliability is critical to the applications you run over your connection you should seriously consider replacing your DSL connection with a T1. DSL is a quick and cost effective method of acquiring high speed bandwidth however it is not intended to support commercial applications or large numbers of users as is a T1 connections. Reliability becomes critical when customers or employees depend on your connection for immediate responses. If your customers use your connection to access your databases or your server or the internet then reliability of your connection is critical. If your employees depend on your connections because you host the e-mail server in house or host web servers, your connections is considered critical. A critical connection can be viewed much like a life line, without which your business would be negatively impacted. Your monthly savings of having a sub-par connections will not make up for the loss in productivity of your employees or loss of customers when your DSL connections gets bogged down or cut off. To reiterate, critical connections should be supported with a T1. Many customers are extremely price sensitive and cannot afford the cost of a T1 which can be as much as 20 times more expensive than a full T1 connection. Residential customers who are most sensitive to price should not consider a T1 circuit unless then have a business reason to pay for such a circuit and cannot access DSL service. Most people don't realize that a DSL connection can be just as fast as a T1 at 1.5Mbps. The shortcoming of DSL is that it is oversubscribed. This means there is a finite amount of bandwidth available and a customer's speed can drop if other customers in the neighborhood decide to use their service. SDSL (Synchronous DSL) is a business class DSL and is ranked as a higher priority than residential DSL or ADSL (Asynchronous DSL). This means it is not oversubscribed to the extent than ADSL and is subject to fewer bandwidth restrictions. In short, if price is your critical factor go with DSL. If reliability is the critical factor purchase a dedicated T1. |