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LT-WIC101010 

 

 

 

Page 8 of 16 

3

rd

 Printing 

 

3.6.2.

 

Mounting the WIC on a Pad 

Eight customer supplied, corrosion resistant, 3/4” Grade 8 hex head bolts with anchors are required for mounting the WIC to the concrete 
pad. The WIC comes with a pair of washers for each mounting hole. Use both washers when securing the bolts. Use the following steps to 
mount the WIC to a pad. 

1.

 

Layout, drill, and set the 3/4” anchors per manufacturer’s recommendations. The embedment depth is not to exceed 3.5”.  

2.

 

Clean any debris from the concrete pad. 

3.

 

Ensure that the WIC is parallel to the pad surface as it is placed onto the pad and that it aligns with the holes in the pad.  

4.

 

Place the WIC on the pad. Loosen the slings so that all the weight is on the pad. Check that the WIC is level and properly 
aligned. 

5.

 

Secure the WIC to the pad using the 3/4" hex head bolts and washers (two washers per bolt). Tighten all bolts securely.  

6.

 

Once the WIC is secured, remove the slings and tagline and close the door.  

3.6.3.

 

Mounting with the EMI Helical Mounting Kit 

This kit is ordered separately from EMI (part number 1000-0000-0101). 

1.

 

Assemble the universal driving tool on the correct Kelly bar adapter. 

2.

 

Connect the Kelly bar adapter to the Kelly bar on the drive head. 

3.

 

Move the drive tool assembly to the first helical and attach the universal 
driving tool to the helical plate, ensuring that the Kelly bar is as centered in the 
helical as possible. The leveling hardware can be used for this temporary 
attachment. 

4.

 

Lift the helical upright, allowing it to swing free of the ground. 

5.

 

Maneuver the helical directly over the installation point. 

6.

 

Lower the helical until the point of the helical is forced into the ground on 
target. 

7.

 

Screw the helical 12 inches into the ground and plumb using a level on two 
sides at 90 degrees from each other. 

8.

 

Continue screwing the helical into the ground while correcting the Kelly bar’s 
orientation so the helical embeds itself straight. A ground man can be of 
assistance in keeping the foundation plumb during the installation. 

9.

 

Drive the helical until the helical plate is 11 inches above grade, oriented as 
shown in Figure 8. Stop the driving tool assembly. Disconnect the universal 
driving tool from the helical plate. 

10.

 

Repeat steps 3 through 9 for all helicals paying attention to helical plate orientations.  

11.

 

Install leveling hardware in the center on each helical. Each helical has one set of leveling hardware and each set of leveling 
hardware consists of one threaded rod, four nuts, eight washers, and four lock washers. 

12.

 

Install the four corner plates on the leveling hardware, one in each corner. 

13.

 

Level and secure all the leveling hardware on the corner plates and helicals. The leveling hardware should not be installed outside 
the 3 inch radius of the helical pipe. The corner plates have elongated holes for 2 inches of play.  

14.

 

Lift and set WIC on the Helical Foundation Kit. Be sure to bolt the WIC base to the corner plates prior to releasing all of the 
weight of the WIC onto the corner plates.  

15.

 

Once all hardware is installed connecting the WIC base to all corner plates, tighten and secure all the hardware. 

 

 

Figure 8 

EMI Helical Mounting Kit 

Summary of Contents for WIC-101010SXAN1

Page 1: ...13 6 WARRANTY CUSTOMER SERVICE 13 7 SPECIFICATIONS 13 7 1 Regulatory Specifications 13 7 2 Product Specifications 14 7 3 Part Numbers 14 7 4 Alarm Connections 15 1 GENERAL INTRODUCTION 1 1 Document Pu...

Page 2: ...all connect to an interior master ground bar Equipment and power racks are added to the WIC by Worldwide Technologies See their documentation for information about the power equipment included Accesso...

Page 3: ...LT WIC101010 3rd Printing Page 3 of 16 Figure 3 WIC External Components...

Page 4: ...LT WIC101010 Page 4 of 16 3rd Printing Figure 4 WIC Internal Components Front and Right Side Walls Hidden...

Page 5: ...LT WIC101010 3rd Printing Page 5 of 16 Figure 5 WIC with Optional Kits and Equipment Racks Installed Front and Right Side Walls Hidden...

Page 6: ...serious damage s to persons or product Only authorized trained personnel shall install the WIC 3 3 Obtaining Tools and Equipment Obtain the following recommended or needed items for installing the WIC...

Page 7: ...ng to local practices including safety helmets and steel toed shoes Do not operate thehoisting equipment until all stabilizer are extended and in firm contact with the ground or adequate support struc...

Page 8: ...t the helical upright allowing it to swing free of the ground 5 Maneuver the helical directly over the installation point 6 Lower the helical until the point of the helical is forced into the ground o...

Page 9: ...ling hardware between the frame and the nine footers Be sure to maintain 18 inches from grade to the top of the frame which is the bottom of the WIC Start by leveling the four corners first then adjus...

Page 10: ...0 10 32 26 10 12 24 50 10 1 4 20 M6 60 5 5 5 5 16 18 125 5 10 4 5 3 8 16 180 5 15 0 5 1 2 13 500 2 41 7 2 5 8 11 1000 1 83 3 1 Use these values for the Grade 8 mounting hardware Thread Size Ft lbs Coa...

Page 11: ...LT WIC101010 3rd Printing Page 11 of 16 Figure 11 Electrical Diagram...

Page 12: ...this timer so that fresh air will be drawn into the WIC while work is being performed Second the IVS can be activated by an internal temperature probe connected to the controller that turns the fans o...

Page 13: ...the GFCI duplex receptacle periodically to ensure it is working The unit meets UL 943 which requires an auto monitoring self testing feature A flashing or solid red LED indicates a fault If the unit c...

Page 14: ...97 WIC10KHVACKT kit Dantherm 708349 48VDC Cooling Capacity 10000BTU Environmental Operating Temp Range Outside Enclosure 40 to 115 F 40 to 46 C Operating Temp Range Inside Enclosure 40 to 131 F 40 to...

Page 15: ...12 1 9 17 RED BROWN NC RBS GEN TRANSFER SW FAIL 350A 48VDC CB AUX contacts 18 BROWN RED 1 10 19 RED SLATE NC RBS FIF PDU FUSE FAIL FIF Fuse Fail 20 SLATE RED 1 11 21 BLACK BLUE SPARE 22 BLUE BLACK 1 1...

Page 16: ...RFA MULT 14 ORANGE RED 2 8 15 RED GREEN NC RBS BATT TEMP HIGH DC PLANT HITEMP1 16 GREEN RED BBU 25 28 2 9 17 RED BROWN SPARE 18 BROWN RED 2 10 19 RED SLATE SPARE 20 SLATE RED 2 11 21 BLACK BLUE SPARE...

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