Type: 1: EnergyFlash Mono Pour

Text Box: 4e. 45 degree corners must be field cut.
4f. 1x4 plywood “Wedge Anchors” WA are easily clipped into the top edge using a hinging motion as illustrated. Once installed the member generally required no mechanical fastener. This simplifies form stripping.

ASSEMBLY PARTS

Assembly members:

5a. EnergyEdge EF210 perimeter form liner rail / flashing

5b. EnergyFlash EF210 insulation support and attachment straps

5c. Perimeter foundation material (2” recommended) installed with EF210 forming system and poured into trench.

5d. Trenched grade beam foundation

5e. Wall system at edge of slab, system varies.

5f. Slab

BRACE AND SUPPORT INSTALLATION

4a. Dimension Key: A = 8” max; B = 32” max; C = 1 brace min. each return direction, approx 6” to 8”.

4b. Wood 2x8 forming material is installed prior to EnergyFlash rail.

4c. EnergyEdge, EF210 rail form liner material.

4d. EnergyFlash 90 degree corners. Outside: EF90C and Inside: EF90N

PRODUCT NOTES & PROJECT STAGING

A. EnergyEdge products are one of the first required materials on a project. PLEASE ORDER PRODUCT EARLY!

B. Reference EE details: SD52a , b, c & e/ Field Cutting Guidelines; SD54 a, b, c & d / Anchor Bolt Placement

EnergyFlash Mono Pour

Click here to download PDF of the EnergyFlash Mono Pour

EnergyFlash ^TM, EF210 rail profile for

INSTALLATION IN “MONOLITHIC” ASSEMBLIES

1a. EnergyFlash (EF) Perimeter Rail: EF210 profile, 8’ length typical. 90 degree inside and outside corners are available for easy and accurate installation.

1b. Alignment of EnergyEdge System with wall systems: Verify dimensions of face of slab with building wall system dimension. Offset top outside edge 1-1/8” lower and 3-1/2” wider than face-of-slab building dimensions.

1c. Install EF systems: FIRST locating and leveling corner members; SECOND Install full lengths of rail systems from each end of straight runs, leveling each end of material first followed by remaining “spaced” braces or supports next; THIRD, continue process to center of each straight run cutting only last member to fit.

INSTALLATION of FOUNDATION &

PERIMETER WOOD FORM MATERIALS

2a. Foundation & Slab concrete materials are placed, typically, in one pour for this type of application. Verify of foundation design and depth.

2b. Rigid board insulation placed inside EnergyFlash rail. Use 2” EPS, R10 typically.

2c Wood forming members shall be 2x8. Forming assembly attachments, kickers and bracing by others.

2d. 3/4” plywood “Wedge Anchors” (WA) are precut 3-1/2” wide and a minimum 4” long. EF rail is designed to receive the WA holding the top of the system in place one mechanically nailed to the top of the perimeter 2x8 form board. (Reference Section 4 for spacing & installation technique information.)

INSTALLATION OF INSULATION MATERIAL &

PLACEMENT OF SLAB CONCRETE

3a. EF210 Insulation Straps (EF straps) cut from scrap material. Strips are a minimum of 2” and max 4” wide.

3b. Attach insulation to EF210 system by fastening the EF straps at top with a 2-1/2” screws through the exterior recess of the EF210 rail through the inverted EF strap.

3c. Use another 2-1/2” screw through the base of the E strap, the rigid insulation and into the bottom of the exterior EF210 rail.

3d. EF straps hold insulation in place during placement of concrete.

3e.Concrete surrounding screws hold the top edge of the rail in place.

3f. Concrete surrounding the bottom portion of the inverted EF210 rail hold the bottom of the rail in place.

3g. The EF strap can be used to secure the butt joints of EF210 perimeter rail.

3h. EF strap incased on interior of poured foundation/slab edge.


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