1. LPC LPC LIGHTNING PROTECTION CRANES, LLC.
10429 Success Street, Ashland, Virginia 23005
Phone: (804) Cell: (804) /
LPC
LPC
LPC Lightning and Surge Protection System
for Big Mobile Crawler and Rubber Tired Cranes!
New! Never Before Offered to the Crane Industry
Lightning strikes and the dangerous surges and transients induced by lightning represent a direct threat to people, building facilities, electrical and electronic equipment and of course mobile cranes. Atlantic Capital Companies, Inc. recognizes that no single technology can protect a crane from the damaging effects of lightning and induced transients, which can severely damage or destroy electronic systems, including LMI computers, load cells and other very expensive electronic components found on today's models heavy lift cranes both crawlers and rubber tired. An integrated approach is required to provide effective direct strike protection and grounding, in combination with effective surge protection, so that computers, load cells and all other sensitive, expensive electrical components remain secure and safe and downtime is eliminated.
In order to provide the optimum level of protection, Atlantic Capital Companies, Inc. has developed a comprehensive plan of protection, incorporating direct strike protection and grounding and surge protection for electrical crane components. This protection plan, combined in particularly with a leading engineering and manufacturing company established in 1903, has helped position Atlantic Capital Companies, Inc. to become a global supplier of premium performance protection products for the mobile heavy lift crane market. This product has never been offered to the Mobile Crane Industry until now.
LPC, subsidiary of ACC , Member of
Please call for a quote today! Wally Jones at (804)

2. LPC LPC LPC Lightning Protection System for Big Mobile Crawler Cranes!
LIGHTNING PROTECTION CRANES, LLC.
10429 Success Street, Ashland, Virginia 23005
Phone: (804) / (804) /
LPC
LPC
New!
LPC Lightning Protection System for Big Mobile Crawler Cranes!
LPC Lightning and Surge Protection slide for mobile cranes. Never Before Offered to the Crane Industry
Lightning & Surge Protection Slide Presentation
LPC, subsidiary of ACC, Member of
Please call for a quote today! Wally Jones at (804) or /

3. Please click red dots to view LPS components
LPC
Air Rod
Load Cell Protector
NEMA Enclosure
Lightning Event Counter
Load Cell Protectors
Universal Transient Barrier
TDS Surge Diverter
Ground Rod

4. LPC
Air Rod
These Air Rods capture the lightning strike to a known and preferred attachment point and to direct the flow away from electronic components.

5. LPC
Ground Rods
Resist corrosion better than galvanized rods allowing for a 30-year service life in most soils
State of the art manufacturing process ensures uniform plating thickness
Average tensile strength of 80,000 psi and straightness tolerance of .010" per linear foot
Exceed the requirements of ANSI®/UL® , CSA®, and ANSI/NEMA® GR-1

6. LPC
NEMA Enclosure
NEMA Enclosure to ensure weather and moisture proof housing for transient barrier surge protection components.
These boxes will be mounted on boom for intermediary angle sensor and load cell transmitting cables.

7. Universal Transient Barrier
LPC
Universal Transient Barrier
The UTB should be installed as close to the equipment being protected as possible. A UTB also must be installed every 30 meters in series of each circuit to ensure maximum protection to the LMI system on the house.
Compact design universal transient barrier - protection of low-voltage circuits and transducers
Separate plug and base design - hot swappable feature allows ease of module replacement
CAN-BUS compatible

8. LPC Lightning Event Counter
Dimensions (DxHxW): 85 x 110 x 80mm (4.3" x 3.3" x 3.14")
Enclosure Rating: NEMA-6 (IP67).
Lightning Event Counter
Operating Temperature: -40°C to 50°C (-40°F to +122°F).
Triggering Impulse: 2000A 8/20µ s within 18mm (0.7") of unit base.

9. LPC
TDS Surge Diverter
Transient Discriminating (TD) technology helps ensure reliable and continued operation during sustained and abnormal over-voltage events. Internal thermal disconnect devices help ensure safe behavior at end-of-life. A visual indicator flag provides user-feedback in the event of such operation. As standard, the TDS1100 provides a set of voltage-free contacts for remote signaling that maintenance is due.