Electric motor loads, Extension cord, See Figure

electrical

electric motor loads

It is characteristic of common electric motors in normal operation to draw up to six times their running current while start- ing. This table may be used to estimate the watts required to start “Code G” electric motors; however, if an electric motor fails to start or reach running speed, turn off the appliance or tool immediately to avoid equipment damage. Always check the requirements of the tool or appliance being used compared to the rated output of the generator.

Motor Size (H.P.)	Running Watts	Watts Required to Start Motor

		Repulsion Induction	Capacitor	Split Phase
		Repulsion Induction	Capacitor	Split Phase

1/8	275	600	850	1200

1/6	275	600	850	2050

1/4	400	850	1050	2400
1/3	450	975	1350	2700

1/2	600	1300	1800	3600

3/4	850	1900	2600	—
1	1100	2500	3300	—

extension cord

See Figure 1.

The 25-ft. extension cord (Model RDEC25) has a 240 Volt, 20 Amp twist lock plug on one end and a 240 Volt, 20 Amp twist lock receptacle on the other end. It also has a 12 Volt DC engine control connector on each end. When using this cord, the removable control panel can provide power through the 2 x 120 Volt duplex GFCI outlets on the control box.

caution:

Use only with RDEC25 accessory cord. Do not exceed separation length of 75 ft. or a combination of three RDEC25 accessory cords.

caution:

Operating voltage and frequency requirement of all electronic equipment should be checked prior to plugging them into this generator. Damage may result if the equipment is not designed to operate within a +/- 10% voltage variation, and +/- 3 hz frequency variation from the generator name plate ratings. To avoid damage, always have an additional load plugged into the generator if solid state equipment (such as a television set) is used. A power line conditioner is recommended for some solid state applications.

Ground fault circuit interrupter

See Figure 2.

The 20 amp, 120 volt receptacles on the generator are pro- tected by a Ground Fault Circuit Interrupter (GFCI), which guards against the hazards of ground fault currents. An example of ground fault current is the current that would flow through a person who is using an appliance with faulty insulation and, at the same time, is in contact with an electri- cal ground such as a plumbing fixture, wet floor, or earth.

GFCI receptacles do not protect against short circuits, overloads, or shocks.

The GFCI receptacles can be tested with the TEST and RESET buttons.

To test:

Depress the TEST button. This should cause the Reset button to pop out.

To restore power, depress the RESET button.

Perform this test monthly to ensure proper operation of the GFCI. If the generator is stored outdoors, unprotected from the weather, test the GFCI receptacle before each use.

8 — English

RD80011, RD8000 specifications

The RIDGID RD8000 and RD80011 represent a significant advancement in the world of underground utility locating. These versatile tools are designed to help professionals accurately detect and trace buried utilities, ensuring safe and efficient excavation and construction processes.

Both models are equipped with advanced signal processing technologies that enhance their ability to locate utilities, even in challenging environments. The RD8000 is renowned for its range of frequencies—typically offering up to five different transmission frequencies, allowing users to locate a variety of utility types including electric, gas, water, and telecommunications lines. This frequency versatility means that users can effectively cater to a wide spectrum of application needs, from residential projects to large-scale infrastructure work.

The RD80011 variant enhances these capabilities with added features aimed at improving user experience and precision. One standout feature is the built-in GPS technology, which allows for real-time mapping and locating of utilities, providing users with the ability to track locations directly on their devices. This integration streamlines the process of recording and reporting utility locations, fostering efficient workflow and reducing the risk of errors in documentation.

Additionally, both models boast an ergonomic design, featuring a lightweight build and intuitive controls that make them user-friendly. The display screen is bright and easy to read, featuring visual indicators that help convey critical information at a glance. The RD8000 and RD80011 utilize a rechargeable battery that ensures long-lasting power, giving users the confidence to tackle extended projects without the need to frequently replace batteries.

Another valuable characteristic is the built-in earphone jack, allowing for enhanced audio feedback and communication in noisy environments. Users can listen for specific tones corresponding to different utilities, which can aid in pinpointing the location with greater accuracy.

These RIDGID models also include advanced interference suppression technologies to minimize signal distortion from other nearby utilities, ensuring users receive clear and accurate data. This feature is particularly vital in complex urban settings where multiple utilities coexist in close proximity.

In summary, both the RIDGID RD8000 and RD80011 are designed with professional utility locators in mind, integrating advanced technologies and features that enhance detection capabilities, improve ease of use, and contribute to safer excavation practices.