A basic example of a Power and Control e-house for reference. This e-house would accommodate many industrial applications.

1. This is an example of a basic E-house configuration
that can be used for Power and Control requirements in
many industries.
Modular structures, customized enclosures, shelters
and ISO Containers can be outfitted and tested for
worldwide deployment within a factory setting.
Modular Structures produce repeatability which gives
you built in Quality.

2. Building Size:
Exterior Dimensions
(W x L x H)
Interior Dimensions
(W x L x H)
Floor Area
(ft²)
Approx. Gross
Weight (lbs)
168” x 540” x 144” 157” x 529” x 114” 565 70,000
Structure:
 Manufactured with structural steel members to meet all load requirements.
 The Base is designed to withstand a uniform load 250 PSF over the entire
floor area, with a maximum deflection not exceed L/360.
 The long and short bottom rails of the base are made of WF 14x26 with
2”x2”x1/8” tubing support between the two flanges, 48” apart for additional
support. In addition to that a 1” thick x 2” wide flat bar (with 3 holes 15/16”
diameter) is welded to the long side bottom rails 10’ apart to provide support
points for the lifting lugs. A 1” removable lifting lug with 3 holes of 15/16”
diameter is attached to the flat bar (welded to the base) by 3 bolts 7/8”
diameter x 5” LG, grade L9.
 The cross members, going along the short side, are made of 4”x10”x3/8”
HSST@ 16” apart, at max load area and 24” thereafter. Bracing made of
C8x13.75 @ 48” centers
 The floor is covered by ¼” checker plate to meet the specifications and
provides more stability to the base. Painted grey
 After spraying polyurethane foam on the base for insulation, it will be covered
with 18 gage steel sheets to create an under pan for protection and will be
undercoated for rust prevention.
 Four (4) welded ground pads on all four corners of base.
Lifting Lugs.
Structural Framing:
 All corner posts made of 4”x4”x1/4” HSS
 All intermediate posts made of 4”x4”x1/4” HSS
located 10’ apart.

3.  The top rails made of tubing 6”x4”x1/4” raised and welded to the top of the
posts, and braced by wall bracing ¼” thick x 6” wide flat bar. This will support
the walls and increase their structural strength.
 The door structure frame is made of 6”x2”x1/8” tubing, connected between
the top rail to the base, and supported by traverse tubing.
 In the middle of the roof, along the long side, a tubing
10”x4”x1/4” raised and welded to the posts for supporting
purling joints
 Studs are fully welded to the posts, made of 14 gage
2”x4”x2” at 16’ apart horizontally that will provide support
for hanging electrical components and equipment.
Roof Structure:
 Roof tapered C channel 2”x10”-6”x2”x1/8 TH. (Purling) welded to the top rails
and middle support tubing 10”x4”x1/4”.
 Above the tapered channel, we install 10 gage steel sheets to support the
roof structure and create a leak resistant structure, stitch weld to the tapered
C channel and fully welded together.
 Roof studs 1”x2”x1” is stitch welded to the steel sheets for installing the
exterior corrugated steel panels.
Insulation:
 The unit will be insulated using Roxul Mineral Wool insulation, which is fire
rated.
 Walls R14
 Roof R23
 Floor R23

4. Exterior Finish:
 The exterior walls and roof are covered with 11ga galvanized sheet panels
fixed to the studs by # 14 stainless self-drilling screws.
The edges are covered by flashing, and the right and left
walls contain rain gutters with one down spout located at
the front. The exterior is primed with epoxy primer and
painted with urethane paint.
 The exterior is caulked and all the opening are covered
and sealed.
Interior Finish:
 The interior walls and ceiling are covered with
18ga galvanized G 90 steel sheets, fixed to
the studs by 3/16 aluminum rivets. Each
sheet is overlapped and finishing trim is
added. Primed with epoxy primer and painted
with urethane white paint.
 Prior to the painting, the galvanized steel
sheets are light sanded, degreased and cleaned, then sprayed with primer
wash to increase the adhesion of the primer to the metal surfaces, as per
standard method for painting galvanized steel.
 The floor is cleaned, light sanded and painted with urethane floor paint.
Exterior Door Features:
 The door frame structure is made of 6” x 2” x 1/8” steel tubing.
 One (1) Double Door, 72” x 108” and One (1) Man door, 36” x 84”
 Each door is equipped with an aluminum weather canopy fixed with bolts
above each door.
 Included hardware:
 Hold open door closure (allow the door to be kept open).
 Panic bar hardware with cylinder.
 Weather strips for sealing.
 Door sweep to be installed outside of the door
 Door caps
 Spring lock for transportation purpose only. To be removed at
site

5.  Equipment Doors will be supplied for exterior equipment access.
 Each door will have a gasket seal and three point lock, lockable
 Six (6) 24” access doors
 Seven (7) 36” access doors
 One (1) 48´access door
Painting:
 Base structure is sandblasted before exterior is added
 Exterior colour to be advised (Equipment Grey)
 The interior and exterior will be cleaned and degreases.
 The surfaces will be lightly sanded to enhance the adhesion strength of the
primer
 The surfaces will be coated by edge primer which is important to increase
the contact of the coating to the surfaces
 Prime with epoxy primer
 Paint with urethane paint
 One coat of anti-graffiti paint
 Total coverage 6 mill minimum
Mechanical:
Each building will be provided with two (2) HVAC systems for cooling and heating.
Two (2) 6 ton HVAC industrial units with 10kW of heating each.
 Both units controlled by led-lag controller.
 Intake and return filters c/w with extra set of filters.
Electrical E-house Building:
 (1) 30 circuit 200A 120/240V breaker panel fed from
station switchgear breaker
 (5) 2 lamp 4’ vapour proof fluorescent fixtures
 (2) 3way switches
 (5) duplex receptacles
 (2) emergency exit light fixtures
 (2) 70W HPS outdoor fixtures c/w photocells
 (2) power and control wiring for HVAC
 (1) 15A 125V circuit for PLC panel
 (1) 40A 240V circuit to customer supplied battery charger
 (1) install and strap customer supplied batteries and DC breaker
 (1) install customer supplied DC panel c/w main breaker
 (1) 150A 125V DC wiring from battery to charger
 (1) 150A 123V DC wiring from charger to DC panel

6.  (1) fire alarm panel c/w 1 smoke, 1 heat detector, 1 bell, 2 alarm, 2
trouble contacts, monitoring by others
 (2) telephone outlets wire back to Communication cabinet
 (1) Exterior Blue beacon as per specifications
 (1) inspection to CSA standards
Accessories:
 Two (2) 20lb ABC fire extinguisher
 Two (2) Basic Eyewash Station
 One (1) Wall mounted hinged table