Loading...
HomeMy WebLinkAbout638300220706119556) +:Z=03106 Ra,gy'Ro%nei Sto �� Mods I to Approved 'FSP' Antenna 1809 South Tracy Ave, Candace Jansen•- USSI + Auqu.st 20, 200.3 N O W fV O O1 a j ;1 j r 7,n ._E LEGAL f-IZc PROJECT ACTB"ITY LOG CITY OF BOZEINLAIV DEPARTIIENT OF P LAN NL ING AND CONiMMUNITY DEtiILOPIVlE`fT PROJECT �1. 1'IE: 0� �o` FILE NO.: -O . OCP DATE ACT TY STAFF STAFF L,YILZ. PERSON I HOURS HOURS �o 03 I LS b t75 - '7s 23I s J:J i � I i I of BOZO, CITYMBOZEMAN DEPARTMENT OF PLANNING AND COMMUNITY DEVELOPMENT U 9x __ _ Street address: Alfred M. Stiff Professional Building phone: (406) 582-2260 7 === ==== 20 East Olive Street Mailing address: P.O.Box 1230 Fax: (406) 582-2263 �H co.�' Bozeman,Montana 59771-1230 E-mail: planning@bozeman.net Worldwide web: www.bozeman.net Colop August 25, 2003 Candace Jansen USSI 9145 Ellis Rd Melbourne, FL 32901 Dear Candace: Your application to add a satellite antenna for point of sale use at 1809 S Tracy Ave has been approved subject to one condition. 1. The antenna shall be placed in a manner to maximize the screening provided by the existing aspen grove on Tracy Ave. Prior to the installation you will need to contact the Building Division regarding any possible building permit requirements for this project. Best wishes for a quick completion of your project Sincerely, Andrew C. Epple, Director Planning and Community Development c: file planning • zoning • subdivision review annexation historic preservation-• housing • grant administration • neighborhood coordination 1 � . R E� C� C� AUG 2 0 2003 DEPARTMENT OF PLANNING AND COMMUNITY DEVELOPMENT CITY OF BOZEMAN DEPARTMENT OF PLANNING AND COMMUNITY DEVELOPMENT ALFRED M. STIFF PROFESSIONAL OFFICE BUILDING-20 EAST OLIVE STREET P.O. BOX 1230,BOZEMAN, MONTANA 59771-1230 (406) 582-2260 FAX(406) 582-2263 APPLICATION FOR AMENDMENT/MODIFICATION OF A PLAN APPROVED AFTER THE FEBRUARY 12, 1990 ADOPTION OF THE BOZEMAN ZONING ORDINANCE Per Section 18.52.070.B,Bozeman Zoning Ordinance, amendment or modifications of a plan approved after the February 12,1990 adoption of the Zoning Ordinance shall be submitted to the Planning Director for review, and may be approved by the Director upon finding that the amended plan is in substantial compliance with the originally approved plan, or the application must be resubmitted as a new application, and shall be subject to all plan review and approval provisions of the Ordinance. A revised plan, drawn to scale, must be submitted which clearly shows the amendment/modification. ***** (See below) 1. Name and mailing address of property owner: Gary Tschache/Kagy Korner Store, W o Q� 1809 S. Tracy, Bozeman, MT 59715 Phone: 406 587 2926 2. Name and mailing address of applicant: Candace Jansen/USSI, 9145 Ellis Rd. Melbourne, FL 32901 Phone: 800 444 8774 ext 1155 3. Address of property to be altered: 1809 S. Tracy, Bozeman, MT 59715 t/ 4. Name of Business (if applicable): Kagy Korner Store _ L 5. Explanation of amendment/modification: We will be adding a satellite.antenna to the °) back site of the building on the flat part of the roof. 7 I hereby certify that the above information is true and correct to the best of my knowledge. oci-va� Applicant's Sign re As owner of record of the above\described property, I hereby certify that I do not oppose the .,uhmittal of this a.nnlir,ation. and wmild not ohiect to the nronoged amendment/modificatinn of REVIEW AND CERTIFICATION BY THE PLANNING DIRECTOR Based on the information submitted with this p ' tion, and a review of other pertinent information, I hereby find that the amended pl: IS� NOT (Circle One) in substantial compliance with the originally approved plan. he amended plan is not in substantial compliance with the originally approved plan, the proposal shall be subject to all plan review and approval provisions of the Zoning Ordinance. E 4 J1i Director COMMENTS/CONDITIONS OF APPROVAL: Aw Aug 11 03 05: OGp GAR D CANDY TSCHRCHE 40G-01952 p_ 1 /1 1 �/�f ✓�jA� 55; ��-n `� 5c �tt += S'JOz-F- ST 7- 2 Z� l � r 08/11/03 MON 18:03 [TY/Rg NO 8423) Q 001 W Aug 11 03 05: 06p GAR D cnNDY TSCHRCHE 406-'01952 p. 2 502 South 19111, Suite 307 3czeman,PAT 54718 August 11, 2003 City of Bozeman Chris Saunders Bozeman, MT 59715 Dear Chris, Concerning the installation of a satellite dish at the Kagy Korner Store, which would allow them to stay in business, the Southwood Centel- has no objections. Thank you for your attention. Sincerely, Jess Asher 08/11/03 MON 18::03 [Ta/RX NO 84231 Q 002 'Ay a.. • k,F dr 7p�fn+M6,M Sy i , ul x'e' �Z', #� + , Fpybl• - r L. a• _ fi ." - K ,• t • � � ,� , �,�, b1� Ye I� ■n „{n � • '? .�i� �►��Ay�� �' �- 3r,,a,...,.P �I����� t1�w� ,`� j�M. x k ''f� �'Y� a,,.`�R� 'A+In '�#}� -m„ * "ru+s. 9'w%S:sr, iip,,`�yy�b•w*'Y� �My�r.•k �M�". W r+µ ti i y i 1. f �y 1 1111 INXIMMMIwNNiF �, . qg ram. �' �""".ter ,�� � . s ',� } ) ri � •; a e - 'v�y'•��.� Y`��a�`r `,� ����� i Adi �� � \i� iat�l �_ ry •Fr+�.yi• .,�j"'u; #i"""[W,%'�+a._`�y.j ► '+t•'k'`'.'�" ^���� w + � �e., r r ! ...+.�, �.4-�.��`�'� .� wra.m ,`` �-.®,•e:1�..Fk'..�} .try �` � ��..d_"� Ef i N 1y, i f -YF.+^�_T. -.- -• ! 6.':."";�tl��Mk� � ..� 1�� �.,N � � ��:i it � � .�!Y r� s '` .. _ � u t � P Li t 10 r µ '4� +^� 7� �Ste.a �`'�• +'��7alts .��s t •w �_at�"'�"^ g�" ,p A ��',�,Y«•w+ ter.. ry��v*li� +v+ d,� w,+k�,y •'R`�i N ����9�.... ��.1ol� �d r"6w3i ..3w.+1wrMr r'� '.�j,' ,�- � -� r. ..+..++tee• m - 9 f A'. 4Yi e, EN PRODEL IN,. A TriPoint Global Company •./ yjJy''jyy � goy� � D J `fit�\..k• (MV uVVkl VVVV� 4MJ ' �'• Prodelin Corporation is the Key Features world's largest manufacturer of Y Rx/Tx VSAT antennas. We have , the broadest product line in the f- „4-R- PrEcision Compression p `� ��'��` � industry including Receive Only, kw :4, Moidetl Offset Reflector Rx/Tx and Rural Telephony ' p y � Installation time reduced antenna systems. Prodelin offers nineteen antenna sizes,47cm to with improved mount design 4.5M. Prodelin is the leader in Back view Compact packaging for love obtaining type certifications and Series 1111 shipping costs approvals for Intelsat,AsiaSat PP g and Eutelsat. Prodelin antennas Low visual impact provide the best quality in the market due to the sophisticated, '` Various mounting options precision SMC compression available molding process technology. Prodelin provides the best value Feed and elevation align- antenna solution to the market melt indicators d with competitive prices,the highest quality products and Back View superb engineering support. Series MO Prodelin is ISO registered, KEMA#70022.01. Prodelin- The Market Leader in VSAT Antennas. in.) 95-12.t5 Midband Gain .5dB) 28 dBi 37.9 dBi 30.5 dBi 40.5 dBi 32.0 dBi 42.0 dBi 3 dB Bearnwidth 7.0' 2.3* 5.3* 1.7* 4.4' 1.4* Antenna Noise Temperature(linear) 20* elevation 57 K 49 K 55 K 47 K 54 K 46 K 30* elevation 56 K 48 K 54 K 46 K 51 K = 43 K First Sidelobe (typical) -23 dB -23 dB -23 dB -23 dB -23 dB 23 dB Cross-Pol Isolation >30 dB(on axis) >30 �30 Jon axis) _ql3(on axis) VSWR 1.3A Max. 1.31 Max. 1.z"J Max. Reflector Material Glass Fiber Reinforced Polyester SIVIC LnteLna Optics Prime Focus One Piece Offset Reflector" Mount Type Elevation over Azimuth Mast Pipe Size 1.5'SCH 40 Pipe 1.5'SCH 40 Pipe 2.0'SCH 40 Pipe (1.90" OD) 4.83 cm. (1.90" OD) 4.83 cm. (2.38" OD) 6.05 cm. 5 Elevation Adjustment Range 5*to 90°Continuous Fine Adjustment Circular Elevation Adjustment Range (Series 1130 only) 12*to 90*Continuous Fine Adjustment Azimuth Adjustment Range 360° Continuous Shipping Specifications 30 lbs.(14 kg,) 40 lbs.(18 kg.) 55 lbs-(25 kg.) Wind Loading Operational 45 mph with 2*pointing error(72 km1h) Survival 125 mph (201 km/h) Temperature Operational -40'to 140°F(40'to 60-C) Survival -50'to 160*F(46*to 71*C) Rain Operational 1/2'/ hr. Survival 2"/hr. Ice Operational ------ Survival 1/2' radial Atmospheric Conditions Salt, Pollutants and Contaminants as Encountered in Coastal and Industrial Areas Solar Radiation 360 BTU/htftl PRODEL I N.. lllllb�. sm. A TriPoint Global Company 1700 NE Cable Drive Conover,NC 28613 USA Tel: (828)464-4141 Fax: (828)46E-0860 www.prodelin.com @ Copyright 2000 Prodelin,a TdPoint Glo.nal Company. All product specifications subject to change without notice. 5002-366(6-2000) The Prodelin logo is a trademark of TfiPo.,.qt Global, N FSB 1119A HUGHES NETWORK SYSTEMS PES FIELD SERVICE BULLETIN SUBJECT: Universal Ridge Mounts (URM-10 FSB NUMBER: 1119A and URM-10D) NPMM FSB ISSUE DATE: 8/18/93 SUBMITTED BY: R. Barger/K. Hanson APPROVED BY: S. d'Adolf CHANGE TO BE IMPLEMENTED BY: AUTHORIZED HUGHES REPRESENTATIVE ®CUSTOMER ❑ DOCUMENTATION AFFECTED: Supersedes FSB 1119 CATEGORY:HARDWARE X FIRMWARE ❑ SOFTWARE ❑ OTHER ❑ EFFECTIVE DATE: 8/18/93 IMPLEMENT: x IMMEDIATELY ❑ NEXT SERVICE CALL ❑ OTHER COMMENTS: WARNING The installation of the Universal Ridge Mount NPMM with 2AM antenna can only be authorized after a site study and approval of the building loads by a structural engineer. REMOVED MATERIAL DISPOSITION SHIP TO N/A ATTENTION N/A COMMENTS N/A 1 HUGHES NETWORK SYSTEMS,10450 PACIFIC CENTER CT.,SAN DIEGO,CA 92121 • • FSB 1119A BACKGROUND FINS is now deploying the Baird Universal Ridge Mount 10 (figure 1A) and Universal Ridge Mount 10D (figure 1 B) for Non-Penetrating Mast Mounts (NPMM). PES3-1588 Figure 1. Baird Universal Ridge Mounts (URM-10 and URM-10D) 2 FSB 1119A BACKGROUND HNS is now deploying the Baird Universal Ridge Mount 10 (figure 1A) and Universal Ridge Mount 10D (figure 1 B)for Non-Penetrating Mast Mounts (NPMM). 4"O.D. Mast HNS 3000950-0001 I� URM-10 Universal Ridgemount-10 A) FOR 1.8M ON PEAKED ROOFS ONLY 6.62"O.D. Mast URM-10D HNS 3000950-0011 Universal Ridgemount-1OD 8) FOR 2.4M ON PEAKED ROOFS OR FLAT ROOFS PES31688 Figure 1. Baird Universal Ridge Mounts(URM-10 and URM-10D) 2 FSB 1119A PES3-1522 Figure 2. Baird PL-2 Ridge Mount is Being Phased Out for New Installations PES3-1345 Figure 3. Baird PS-10 Non-Penetrating Mast Mount is Being Phased Out for New Installations 3 Fss 1119A � • v PES3-1522 Figure 2. Baird PL-2 Ridge Mount is Being Phased Out for New Installations 6.6 Inch O.D. MAST PES3.1W Figure 3. Baird PS-10 Non-Penetrating Mast Mount is Being Phased Out for New installations 3 FSB 1119A This field service bulletin (FSB 1119A) differs from FSB 1119 because the Universal Ridge Mount URM-10D as shown in figure 1 B has been added. The URM-10D (D = double) provides twice the ballast frame area for blocks than the URM-10 does. As outlined in FSB 1059H and in table 1, HNS policy for the antenna size and application of the URM-10 and URM-10D has been revised (and differs from FSB 1119). Table 1. Antenna Size/URM-10 or URM-10D Selection URM-10 URM-10D 10' x10.6' 12.6' x13.3' Antenna Mast O.D. 4" Mast O.D. 6.6" Size Weight 534 Ibs Weight 739 Ibs 0.75M Recommended N/A Weight 63 Ibs Note 1 1.0M Recommended N/A Weight 76 Ibs Note 1 1.2M Recommended N/A Weight 78 Ibs Note 1 1.8M Recommended for Note 4 Weight 195 Ibs peaked roofs only Note 2 2.4M Note 3 Recommended Weight 360 Ibs Note 5 N/A = Not Applicable NOTE 1. For 0.75M, 1.OM or 1.2M antennas, a smaller size mount would probably be acceptable and would be more economical. On this mount, requires 2.88" O.D. mast or mast adapter. NOTE 2. HNS policy allows installation of URM-10 with 1.8M antenna on peaked roofs only. For roof pitches up to and including 3-in-12, the ballast calculations of DIU Configuration Editor v4.0 are applicable. For roof pitches over 3-in-12 up to 6-in-12, contact installation coordinator Richard Guglietti (PH 619-452-4637). The URM-10 is not applicable for roof pitches over 6-in-12. NOTE 3. The URM-10D, which provides more ballast area, is preferred over the URM-10 for use with the 2AM antenna. However, the URM-10 may be used on flat or peaked roofs with the 2AM antenna if approval is granted by your HNS district manager and the design wind speed for the site is less than 80 MPH. NOTE 4. Use of 1.81VI antenna on URM-10D may be authorized by HNS in special situations requiring a high amount of ballast. Requires ordering a special mast or mast adapter. NOTE 5. Installation of 2AM antenna with a non-penetration mount can only be authorized after a site study and approval of building loads by a structural engineer. The URM-10D is applicable to both flat and peaked roofs. 4 FSB 1119A HNS has in the past months deployed the following Baird non-penetrating mounts for use in specialized applications: Temporary HNS P/N HNS P/N Description Reference 9200339-0001 T-1.8M-Ridge-PL2 Baird 1.8M Ridge Mount Figure 2 (only 5° max slope) 9200339-0002 T-2.4M-Ridge-PL2 Baird 2AM Ridge Mount Figure 2 (only 50 max slope) -- T-1.8M-Flat-PS10 Baird 1.8M Flat PS10 Mount Figure 3 and FSB 1111 9200339-0004 T-2.4M-Flat-PS10 Baird 2AM Flat PS10 Mount Figure 3 and FSB 1111 Quantities of each of the above (PL-2 and PS-10) that remain in installer inventory and are to be used when called out by an HNS work order. HNS is making a transition from the above mounts (PL-2 and PS-10) to the Baird Universal Ridge Mounts as listed in Table 2 and shown in Figure 1. The Universal Ridge Mount consists of a frame which can accommodate bolt-on masts of various sizes. The primary HNS application of the Universal Ridge Mount URM-10 is: 1.8M for Peaked Roofs only-4.0" O.D. mast The primary HNS application of the Universal Ridge Mount URM-10D is: 2AM for Peaked Roofs or Flat Roofs - 6.62" O.D. mast Under special circumstances, HNS may authorize the use of the Universal Ridge Mount with 2.88" O.D. mast. Unless special circumstances apply and special authorization has been granted, installers are to use the Ridge Mast Mount, HNS P/N 3000351-0001 (Figure 4) for peaked roof sites requiring a 2.88" O.D. mast. An installation subcontractor is required to use all PL-2 and PS-10 mounts in inventory before HNS will provide Universal Ridge Mounts to that subcontractor. Consumption of existing field inventory is essential. The Universal Ridge Mounts can accommodate a wider range of roof slopes than the PL-2. 5 FSB 1119A PES3-1163 Figure 4. Ridge Mast Mount(RMM) Normally Required for 2.88" O.D. Mast on a Peaked Roof MATERIAL REQUIRED Table 2 lists the standard configurations of the Universal Ridge Mounts available as complete units with frame, mast, adhesive and pressure pads included. These units are shipped banded to a pallet with the top HNS and Baird part numbers marked on the mast pipe. 6 1 19A FSB 1 2.88" O.D. �r i. RIDGE MAST MOUNT - PES3-1163 HNS P/N 3000351-0001 Figure 4. Ridge Mast.Mount(RMM) Normally Required for 2.88" O.D. Mast on a Peaked Roof MATERIAL REQUIRED Table 2 lists the standard configurations of the Univefsal Ridge Mounts available as complete units with frame, mast, adhesive and pressure pads included. These units are shipped banded to a pallet with the top HNS and Baird part numbers marked on the mast pipe. s FSB1119A Table 2. Complete Universal Ridge Mounts HNS Baird Application Number Number Description / Notes Ref. 3000950-0001 BMK1000 URM-10 Universal Ridge Mount 1.8 Antenna Figure 1A, (Includes: Frame, 4" O.D. x 4' Ridge Mount for Table 5, Mast Pipe, Adhesive, and Peaked Roofs page 10 Pressure Pads) only/ Note 1 3000950-0006 BMK1005 URM-10 Universal Ridge Mount 2AM Antenna Table 4 (Includes: Frame, 6.62" O.D. x 5' Flat Roofs or Mast Pipe, Adhesive, and Peaked Roof/ Pressure Pads) Note 2 3000950-0009 BMK1006 URM-10 Universal Ridge Mount 0.75M, 1.OM, (Includes: Frame, 2.88" O.D. x 3' 1.2M Antennas Mast Pipe, Adhesive, and / Note 3 Pressure Pads) 3000950-0011 BMK1008 URM-1013 Universal Ridge Mount 2AM Antenna Figure 1 B, - Double (Includes: Frame, Frame Flat Roofs or Table 7, Extension Kit, 6.62" O.D. x 5' Peaked Roofs/ page 12 Mast Pipe, Adhesive and Note 4 Pressure Pads) NOTE 1: HNS policy requires that the Universal Ridge Mount NPMM with 1.8M antenna only be installed on peaked roofs. Other NPMM types are recommended for 1.8M for flat roofs. At the present time, install the Universal Ridge Mount NPMM with 1.8M antenna on a peaked roof with a slope of 140 or less (pitch of 3 in 12) as measured with an inclinometer, using the ballast calculations of the current DIU Configuration Editor version 4.01 or higher. If the peaked roof slope is over 140, contact HNS installation coordinator Richard Guglietti (PH 619-452-4637) before proceeding. NOTE 2: The URM-10D, which provides more ballast area, is preferred over the URM-10 for use with the 2AM antenna. However, the URM-10 may be used on flat or peaked roofs with the 2AM antenna if approval is granted by your HNS district manager and the design wind,speed for the site is less than 80 mph. Installation of 2AM antenna with a non- pengtration mount can only be authorized after a site study and approval of building loads by a structural engineer. NOTE 3: Unless special circumstances apply, HNS policy requires that the Ridge Mast Mount (HNS P/N 3000351-0001) shown in Figure 4 be used for 2.88" O.D. mast applications on ridge roofs rather than the Universal Ridge Mount (URM-10). Special circumstances might be that Ridge Mast Mount does not provide sufficient ballast for the desired site, has too high a roof loading per unit area, or that the Ridge Mast Mount is unavailable. NOTE 4: The installation of the Universal Ridge Mount URM-10D with 2.44M antenna can only be authorized after a site study and approval of the building loads by a structural engineer. FSB 1119A Table 3 lists items that are available separately. One of these items may be needed to adapt an existing Universal Ridge Mount to a different size antenna or move an existing mount. Table 3. Items Available Separately HNS Baird Application Number Number Description / Notes 3000950-0002 BMK1001 Universal Ridge Mount Frame Only for URM-10 (Without Mast Pipe, Hardware Bolt Kit, Adhesive, and Pressure Pads) 3000950-0010 BMK1007 2.88" O.D. x 3' Mast Pipe Page 7, Note 3 (AB1182-3RM) 3000950-0003 BMK1003 4" O.D. x 4' Mast Pipe (AB 1044-4RM) 3000950-0007 BMK1004 6.62" O.D. x 5' Mast Pipe (AB1187-5RM) 3000950-0004 BMK1000-07 Pressure Pads for URM-10 (UR10PPM) 3000950-0005 3M-77SA Adhesive Spray 3000950-0008 BK0001 URM-10 Hardware Bolt Kit Table 6 (AB1187-5a) 3000950-0012 BMK1009 Universal Ridge Mount Expansion Kit- Converts URM-10 to URM-10D ACTION REQUIRED CHECK SHIPPING CONFIGURATION When shipping or receiving the Universal Ridge Mount, check that all items are securely attached to the pallet, are present, and are undamaged. UNPACKING AND IDENTIFYING PARTS Check that all parts are present and in good condition as listed below. If parts are missing, request replacement parts from: Baird Satellite Supporting Systems shipping address: P.O. Box 2366 3160 Logan Avenue Waterloo, Iowa 50704 Waterloo, Iowa 50703 Phone: (319) 233-3561 FAX: (319) 235-7653 8 FSB 1119A Table 4 lists the parts of the complete URM-10 with 6.62" O.D. mast; table 5, the complete URM-10 with 4" O.D. mast. The item numbers of tables 4 and 5 refer to figure 5. Table 7 on page 12 lists the parts of the complete URM-10D with 6.62" O.D. mast. The item numbers of table 7 refer to figure 6. URM-10 Table 4. Universal Ridge Mount URM-10 with 6.62" O.D. Mast- Major Parts Identification (HNS P/N 3000950-0006, Baird P/N BMK1005) Figure 5 HNS Baird Additional Item No. Part Number Part Number Description Qty Reference -- -- BMK1005-01 -- 1 contains -- 12 3000950-0007 AB11187-5RM 6-5/8"O.D.-5' RM Mast Pipe 1 -- -- 3000950-0005 3M-77SA Adhesive Spray 1 -- -- 3000950=0008 BK0001 Bolt Kit for URM-10 1 Table 6 -- -- BMK1000-02 -- 1 contains -- 1 -- AB1306 URM-10 Cross Arm Assy 1 Figs. 10, 11 -- -- BMK1000-03 -- 1 contains -- 8 -- AB1310 Inner Angle 2 Fig. 9 9 -- AB1311 Outer Angle 2 Fig. 9 -- -- BMK1000-04 -- 1 contains -- 7 -- AB1304 Side Pad 4 Fig. 9 10 -- AB1126A End Pad 8 Fig. 9 11 -- AB1309 Shoe 2 Fig. 15 -- -- BMK1000-05 -- 1 contains -- 3 -- AB1301 RH Arm 2 Figs. 9, 11 2 -- AB1302 LH Arm 2 Figs. 9, 11 4 -- -AB1308 Side Brace 2 Fig. 17 P a -- -- BMK1000-06 -- 1 contains -- 5 -- AB1303 Lower Brace 2 Figs. 14, 15 6 -- AB1307 Brace 2 Figs. 16, 17 -- 3000950-0004 BMK1000-07 Pressure Pads for URM-10 1 contains Fig. 13 -- -- PP1000 18"x 62" Pressure Pad 4 -- -- PP1001 18"x 94" Pressure Pad 2 -- -- PP1002 8"x 96" Pressure Pad 1 9 FSB 1119A URM-10 Table 5. Universal Ridge Mount URM-10 with 4" O.D. Mast- Major Parts Identification (HNS P/N 3000950-0001, Baird P/N BMK1000) Figure 5 HNS Baird Additional Item No. Part Number Part Number Description Qty Reference -- -- BMK1000-01 -- 1 contains -- 12 3000950-0003 AB1044-4RM 4"O.D.-4' RM Mast Pipe 1 -- -- 3000950-0005 3M-77SA Adhesive Spray 1 -- -- 3000950-0008 BK0001 Bolt Kit for URM-10 1 Table 6 -- ' --: BMK1000-02 -- 1 contains -- 1 -- AB1306 URM-10 Cross Arm Assy 1 Figs. 10, 11 1 contains -- 8 -- {,-AB1310 Inner Angle 2 Fig. 9 9 -- �AB1311 Outer Angle 2 Fig. 9 -- -- BMK1000-04 -- 1 contains -- 7 -- AB1304 Side Pad 4 Fig. 9 10 -- AB1126A End Pad 8 Fig. 9 11 -- AB1309 Shoe 2 Fig. 15 -- -- BMK1000-05 -- 1 contains -- 3 -- AB1301 RH Arm 2 Figs. 9, 11 2 -- AB1302 LH Arm 2 Figs. 9, 11 4 -- _ AB1308 Side Brace 2 Fig. 17 -- -- BMK1000-06 -- 1 contains -- 5 -- AB1303 Lower Brace 2 Figs. 14, 15 6 -- AB1307 Brace 2 Figs. 16, 17 -- 3000950-0004 BMK1000-07 Pressure Pads for URM-10 1 contains Fig. 13 -- -- PP1000 18"x 62" Pressure Pad 4 -- -- PP1001 18"x 94" Pressure Pad 2 -- -- PP1002 8"x 96" Pressure Pad 1 Table 6. Bolt Kit (HNS P/N 3000950-0008, Baird P/N BK0001) for URM-10 Item Baird Item Baird No. Part No. Description Qty No. Part No. Description Qty 13 3/8"x 1.00 Bolt 32 22 3/4" Flatwasher 6 14 3/8" Nut 32 23 5/8"x 1.50" Bolt 10 15 3/8" Lockwasher 32 24 5/8"x 2.00 Bolt 4 16 1/2"x 2-1/4 Bolt 4 25 5/8" Lockwasher 14 17 1/2"x 2-3/4" Bolt 2 26 5/8" Nut 18 18 1/2" Lockwasher 6 27 5/8"x 7" Spade Bolt 2 19 1/2" Nut 4 28 3/4"x 8" Spade Bolt 2 20 1/2" Flatwasher 4 29 3/4" Nut 4 21 5/8" Flatwasher 4 10 i� FSB1119A U RM-10 7 2 1 O 9 11 ro 5 4 ' 128" 0 6 12 3 2 10 120" 6.88"X 5'MAST PIPE OR 4.00"X 4'MAST PIPE OR 2.88"X 3'MAST PIPE 60" 48" FRAME 36' TJ 6 0 3.5" PRESSURE PAD 51-09-PES3-1504 Figure 5. URM-10 - Major Parts Identification (See Tables 5 and 6 for Item Numbers) 11 s FSB 1119A URM-10D Table 7. Universal Ridge Mount URM-10D with 6.62" O.D. Mast- Major Parts Identification (HNS P/N 3000950-0011, Baird P/N BMK1008) Figure 6 HNS Baird Additional Item No. Part Number Part Number Description Qty Reference -- -- BMK1008-01 -- 1 contains -- 12 3000950-0007 AB11187-5RM 6-5/8"O.D.-5' RM Mast Pipe 1 -- -- 3000950-0005 3M-77SA Adhesive Spray 1 -- -- -- BK0002 Bolt Kit for URM-1 OD 1 Table 8 -- -- BMK1000-02 -- 1 contains -- 1 -- AB1306 Cross Arm Assy 1 Figs. 6, 10 -- -- BMK1008-02 -- 1 contains -- 8 -- AB1310 Inner Angle 6 Figs. 6, 12 9 -- AB1311 Outer Angle 2 Figs. 6, 12 -- -- BMK1008-03 -- 1 contains -- D 7 -- AB1119 72." Ballast Pad 12 Fig. 6 D 10 -- AB1127B 32" End Pad 8 Fig. 6 11 -- AB1309 Shoe (Foot Assembly) 2 Fig. 15 -- -- BMK1008-04 -- 1 contains -- D 3 -- AB1313 RH Arm 2 Figs. 6, 11 D 2 -- AB1314 LH Arm 2 Figs. 6, 11 4 -- ,�,,.AB1308 Side Brace 2 Fig. 17 -- -- BMK1000-06 - 1 contains -- 5 -- ► �'S. AB1303 Lower Brace 2 Figs. 14, 15 6 -- `AB1307 Brace 2 Fig . 17 -- -- BMK1008-05 Pressure Pads for URM-1 OD 1 contains -- -- PP1002 8"x 96" Pressure Pad 1 -- -- PP1003 34"x 96" Pressure Pad 2 -- -- PP1004 34"x 77" Pressure Pad 4 NOTE: Item numbers in table 7 for parts that are specific for the URM-10D are preceded with the letter D. Item numbers for parts that are common between URM-10D and URM-10 do not have the letter D prefix. Table 8. Bolt Kit (HNS P/N _, Baird P/N BK0002)for URM-1 OD Item Baird . Item Baird No. - Part No: Description Qty No. Part No. Description Qty 13 3/8"x 1.00 Bolt 64 22 3/4" Flatwasher 6 14 3/8" Nut 64 23 5/8"x 1.50" Bolt 10 15 3/8" Lockwasher 64 24 5/8"x 2.00 Bolt 4 16 1/2"x 2-1/4 Bolt 4 25 5/8" Lockwasher 14 17 1/2"x 2-3/4" Bolt 2 26 5/8" Nut 18 18 1/2" Lockwasher 6 27 5/8"x 7" Spade Bolt 2 19 1/2" Nut 4 28 3/4"x 8" Spade Bolt 2 20 1/2" Flatwasher 4 29 3/4" Nut 4 21 5/8" Flatwasher 4 12 FSB 1119A URM-10D D7 D2 �� (D3 11 5 4 0 0 ' 160" 0 0 6 12 9 8 D3 D2 D10 152" PES3-1587 Figure 6. URM-10D - Major Parts Identification (See Table 7 for Item Numbers) 13 FSB 1119A OBTAIN REQUIRED STRUCTURAL ANALYSIS -2AM Prior to the installation of the Universal Ridge Mount non-penetrating mast mount, it is necessary to verify that the building structure and local zoning codes will allow for this type of equipment. The installation of the Universal Ridge Mount URM-10D or URM-10 NPMM with 2AM antenna can only be authorized after a site study and approval of the building loads by a structural engineer. Figures 5 and 6 give the footprint dimensions of the Universal Ridge Mounts. The analysis must also include the weight of the required ballast and the effects of the wind loading in addition to the weights shown in table 9. Use the amount of ballast specified by structural engineer's analysis for the 2AM antenna. For 1.8M or smaller antennas on peaked roof slopes of 140 or less (pitch of 3 in 12), use the ballast calculations of the current DIU Configuration Editor version 4.01 or higher. If the peaked roof slope is over 14°, contact HNS installation coordinator, Richard Guglietti (PH 619-452-4637) before proceeding. Table 9. Universal Ridge Mount Physical Characteristics (URM-10) URM-10 with URM-10 with URM-10 with URM-1OD with Characteristic 4.0"O.D. Mast 6.62"O.D. Mast 2.88"O.D. Mast 6.62" O.D. Mast Part Numbers HNS P/N 3000950-0001 3000950-0006 3000950-0009 3000950-0011 Baird P/N BMK1000 BMK1005 BMK1006 BMK1008 Weights Frame (w/4 Braces) 395 Ibs 395 Ibs 395 Ibs 595 Ibs Hardware 12lbs 12lbs 12lbs 14lbs Pressure Pads 7 Ibs 7 Ibs 7 Ibs 17 Ibs Mast 53 Ibs (4"x4') 113 Ibs(6.6"x6') 32 Ibs (2.88"x30") 113 Ibs(6.6"x6') Mount Total without Antenna 467 Ibs 527 Ibs 446 Ibs 739 Ibs and without Ballast Weight of Antenna 204 Ibs(1.8M) 349 Ibs(2.4M) Note 1 349 Ibs (2.4M) Weight of Anti-Icing 60 Ibs 100 Ibs Note 1 100 Ibs Surface Area Effective Area 107 sq ft 107 sq ft 107 sq ft 169 sq ft Roof Pitch Adjustment Range Flat to 6/12 Flat to 6/12 Flat to 6/12 Flat to 6/12 (Note 2) (Note 3) NOTE 1. The Universal Ridge Mount should not be installed with 2.88" O.D. mast unless special considerations apply and special authorization has been granted. Refer to the PES General Reference Manual for weight of appropriate antenna (0.75M, 1.OM, or 1.2M). NOTE 2. Roofers designate roof slope or pitch as a vertical rise measurement against a standard horizontal distance of 12 inches. For example, 6/12 (or sometimes spoken as "6 in 12") means that a roof rises 6 inches over a horizontal distance of 12 inches. A "12 in 12" roof would be a roof with a 45-degree angle. Figure 7 gives examples of roof pitches and angles. NOTE 3. For 1.8M antennas on roof slopes over 140 but less than 26.6°, contact HNS installation coordinator, Richard Guglietti (PH 619-452-4637) before proceeding. 14 FSB 1119A 4.70 1in12 0(9.50 2in12 14.0° 3 in 12 18.40 4 in 12 22.60 5in12 63.40 26.60 6 in 12 S5-02-PES3-1538 Figure 7. Corresponding Roof Pitches and Angles 15 FSB 1119A PREPARE ROOF SURFACE If the Universal Ridge Mount is to be installed on a roof surface, make measurements to locate the place on the roof specified by the structural engineer. The engineering approval of the mount installation can be based on the strength of a given location on the building (for example, directly over a column). If the roof has a corrugated surface, use pressure treated lumber between the roof and the mount according to FSB 1074A. Sweep away loose rocks present on the roof structure before placing the NPMM pad on the roof in order to prevent puncturing the roof membrane causing roof damage and/or weather leaks. The only exceptions to this practice are: a. Rocks are an integral part of the roof structure and are imbedded into the roof. b. Customer specifies that the rocks are not to be swept away from the area of NPMM placement. This should be documented on the Customer Acceptance Report. c. Installation personnel determine that rocks must be present due to incompatibility of pad material with roof membrane material. You may need to enlist the expertise of a certified roofer to determine this. PEAKED ROOF RIDGE SUPPLEMENTAL SUPPORT If the ridge of the peaked roof is flat and broad (figure 8), you may need to place a properly sized pressure treated board along the ridge of the roof underneath the URM-10 or URM-10D to assure proper loading. 0 0 wrwrr� � PRESSURE TREATED LUMBER PES3.1615 Figure 8. Certain Peaked Roof May Require Pressure Treated Lumber 16 FSB 1119A ASSEMBLY In the following figures, item numbers are shown inside circles. In text, the corresponding numbers are shown in parentheses. Perform the following steps to assemble the Universal Ridge Mounts: STEP 1. Assemble two ballast frames as shown in figure 9, using 3/8" x 1.00" bolts, nuts and lockwashers. Refer to figure 9A for URM-10, 9B for URM-10D. PES3-1530 Figure 9. Ballast Frame Assembly 17 FSB 11 19A ASSEMBLY In the following figures, item numbers are shown inside circles. In text, the corresponding numbers are shown in parentheses. Perfomn the following steps to assemble the Universal Ridge Mounts: STEP 1. Assemble two ballast frames as shown In figure 9. using 3/8' x 1.00' bolts, nuts and lockwashers. Refer to figure 9A for URM-10, 913 for URM-10D. 3 8 10 7 9 � .'A) ,URM-10 D3 D2 8 e PES3.1530 L B) URM-10D Figure 9. Ballast Frame Assembly 17 FSB 1119A STEP 2A. Place the 8" x 8' pressure pad and the cross arm in the specified location on the ridge of the roof (peaked roofs). Attach the two ballast frames to the cross arm (1), as shown in figure 10 according to the detail given in figure 11. Note the position of the longer pitch adjustment bolt (17). NOTE: Do not tighten hardware yet. PES3-1533 Figure 10. Attaching Ballast Frames to Cross Arm PES3-1534 Figure 11. Attaching Ballast Frames to Cross Arm, Detail A 18 FSB 1119A STEP 2A. Place the 8" x 8' pressure pad and the cross arm in the specified location on the ridge of the roof (peaked roofs). Attach the two ballast frames to the cross arm (1), as shown in figure 10 according to the detail given In figure 11. Note the position of the longer pitch adjustment bolt (17). NOTE: Do not tighten hardware yet. y D ETA 1 L "A" PES3-1533 0' Figure 10. Attaching Ballast Frames to Cross Arm 16 20 21 17 � 2 or D2 22 O • Cross Arm Assembly © •LH Arm O •RH Arm © •11r X 2-114'Bole,Pitch Adjustmerd Boit © 16 •1/2'X 2-3/4'Bolt,Pitch Adjustmerd Bolt .1/2'FWwasher 3 or ®1 -S/8-FWwasher D 3 ® •3/4'FWwasher PES3-1534 Figure 11. Attaching Ballast Frames to Cross Arm, Detail A ,a � � FSB 1119A STEP 2B. If assembling URM-10D, complete the remainder of the ballast trays as shown in figure 12 using 3/8" x 1" bolts, nuts and lockwashers. PES3-1614 Figure 12. Ballast Tray Assembly for URM-10D (See Table 7, page 12 for Item Numbers) 19 FSB 1119A STEP 213. If assembling URM-10D, complete the remainder of the ballast trays as shown in figure 12 using 3/8'x 1 bolts, nuts and lockwashers. D7 D3 D2 8 PES3-1614 9 D10 Flgure 12 Ballast Tray Assembly for URM-10D (See Table 7,page 12 for Item Numbers) 19 • FSB 1119A STEP 3. Before tightening the pitch adjustment bolts, raise the ballast frame and slide the pre-cut pressure pads into position, as shown in figure 13. STEP 4. Apply 3M-77 spray adhesive to the edge of the pad. STEP 5. Lower the ballast frame onto the pressure pad material. STEP 6. Once the ballast frame and pressure pad are aligned, press firmly on the ballast frame angle irons to assure good adhesion. PES3-1540 Figure 13. Installing Pressure Pads (URM-10 shown) STEP 7. Assemble two lower braces. Each brace consists of a lower brace angle (5) 5/8" x 7" spade bolt and two 5/8" nuts. Be careful to select the smaller size spade bolt. See figure 14. 5 27 5/8"X 7"SPADE BOLT S5-02-PES3-1535 Figure 14. Assembling Lower Brace STEP 8. Use an inclinometer or carpenter's level to level the 9" base plate on the cross arm and loosely tighten the pitch adjustment bolts. 20 FSB t t t 9A 9 STEP 3. Before tightening the pitch adjustment bolts, raise the ballast frame and slide the pre-cut pressure pads into position, as shown in figure 13. STEP 4. Apply 3M-77 spray adhesive to the edge of the pad. STEP 5. Lower the ballast frame onto the pressure pad material. STEP 6. Once the ballast frame and pressure pad are aligned, press firmly on the ballast frame angle irons to assure good adhesion. PES3-15r0 i Figure 13. Installing Pressure Pads (URM-10 shown) STEP 7. Assemble two lower braces. Each brace consists of a lower brace angle (5) 5/8" x 7" spade bolt and two 5/8" nuts. Be careful to select the smaller size spade bolt. See figure 14. s 27 sr X T SPADE BOLT SS-0z-PEs3-1535 Figure 14. Assembling Lower Brace STEP 8. Use an inclinometer or carpenter's level to level the g" base plate on the cross arm and loosely tighten the pitch adjustment bolts. 20 FSB 1119A STEP 9. Attach the lower brace assembly (5) and shoe (11) as shown in figure 15. Adjust spade bolt'length as needed. PES3-1536 Figure 15. Installing Lower Brace Assembly and Shoe 21 i FSB 1119A STEP 9. Attach the lower brace assembly (5) and shoe (11) as shown in figure 15. Adjust spade bolt length as needed. s 3 8 10 9 A) U RM-10 s D3 s D10 s 'PES3-1536 B) URM-10D Figure 15. Installing Lower Brace Assembly and Shoe 21 M FSB 1119A STEP 10. Attach the mast to the cross arm using four 5/8" x 2" bolts, nuts and lockwashers. Use an inclinometer or carpenter's level to plumb the mast. Then, tighten the pitch adjustment bolts. STEP 11. Assemble two braces. Each brace consists of a brace angle (6), 3/4" x 8" spade bolt and two 3/4" nuts. See figure 16. 6 28 O - - - o 3/4"X 8"SPADE BOLT S5-02-PES3-1537 Figure 16. Assembling Brace STEP 12. Attach the spade bolt of brace assembly (6) to the mast tab and attach the other end to the shoe (11), using 5/8" x 2.00" bolt, nut and lockwasher. Adjust the spade bolt length as needed. See figure 17. STEP 13. Attach side brace angle (4) to the mast and the cross arm, using 5/8" x 2 bolts, nuts and lockwashers. STEP 14. Tighten all hardware. PES3-1539 Figure 17. Attaching Brace to Mast and Shoe STEP 15. If you are installing a 2AM antenna, apply the amount of concrete block ballast specified by the engineering structural analysis. If you are installing an antenna that is 1.8M or smaller and the peaked roof slope is 140 or less (pitch of 3 in 12) as measured with an inclinometer, use the ballast calculations of the current DIU Configuration Editor version 4.01 or higher to calculate the required ballast for the universal ridge mount. If the peaked roof slope is over 140 (pitch of 3 in 12), the site must be evaluated for the applicability of the universal ridge mount. If the peaked roof slope is over 14' but less than 26.60, contact HNS installation coordinator, Richard Guglietti (PH 619-452-4637) before proceeding. 22 FSB 1119A STEP 10. Attach the mast to the cross arm using four 5/8" x 2" bolts, nuts and lockwashers. Use an inclinometer or carpenter's level to plumb the mast. Then,tighten the pitch adjustment bolts. STEP 11. Assemble two braces. Each brace consists of a brace angle (6), 3/4"x 8"spade bolt and two 3/4" nuts. See figure 16. s 28 314'X r SPADE BOLT SS4Z ES3.1537 Figure 16. Assembling Brace STEP 12. Attach the spade bolt of brace assembly (6) to the mast tab and attach the other end to the shoe (11). using 5/8' x 2.00" bolt, nut and lockwasher. Adjust the spade bolt length as needed. See figure 17. STEP 13. Attach side brace angle (4) to the mast and the cross arm, using 5/8" x 2 bolts, nuts and lockwashers. STEP 14. Tighten all hardware. 6 Og 4 PES3-1539 Figure 17. Attaching Brace to Mast and Shoe STEP 15. If you are Installing a 2.4M antenna, apply the amount of concrete block ballast specified by the engineering structural analysis. If you are installing an antenna that is I or smaller and the peaked roof slope is 14° or less (pitch of 3 in 12) as measured with an inclinometer, use the ballast calculations of the current DIU Configuration Editor version 4.01 or higher to calculate the required ballast for the universal ridge mount. If the peaked roof slope Is over 140 (pitch of 3 in 12), the site must be evaluated for the applicability of the universal ridge mount. If the peaked roof slope is over 140 but less than 26.60, contact HNS installation coordinator, Richard Guglietti (PH 619-452-4637) before proceeding. 22 Page 1 of 2 Chris Saunders 'From: Candace L. Jansen [cjansen@ussi.org] Sent: Friday, August 22, 2003 8:43 AM To: Chris Saunders Subject: RE: Need approval from the City of Bozeman for a Satellite Install. Chris, It is receive and transmit. -----Original Message----- From: Chris Saunders [mailto:csaunders@BOZEMAN.NEr] Sent: Friday, August 22, 2003 10:36 AM To: Candace L. Jansen Subject: RE: Need approval from the City of Bozeman for a Satellite Install. Candace, One final clarification. Is the dish receive only or receive/transmit? Chris -----Original Message----- From: Candace L. Jansen [mailto:cjansen@ussi.org] Sent: Friday, August 22, 2003 7:22 AM To: Chris Saunders Subject: RE: Need approval from the City of Bozeman for a Satellite Install. Chris thanks for your response!! # 1 1 will have Gary Tschache go to your office and sign the papers. #2 A smaller dish will be used on this site we have a 1.2 going up which is a lot smaller. Sorry for the confusion. #3 We are planning on putting the dish in the NE portion of the roof. If you have any further questions please let me know. I was out of the office yesterday so I apologize for the delay. -----Original Message----- From: Chris Saunders [ma ilto:csa unders@ BOZEMAN.NET] Sent: Wednesday, August 20, 2003 5:43 PM To: Candace L. Jansen Subject: RE: Need approval from the City of Bozeman for a Satellite Install. Candace, Thank you for the new attachments, I was able to open and print them. Three things need to be addressed or clarified. #1 the property owner's signature of approval for the application was cut off. We need,that signature in order to process the application. We can keep your e-mailed one if Mr Tschache can come in and sign the printed copy. 8/22/2003 0 $1 42 What size dish is proposed-to be,placed? The provided product material appears to be applicable to a wide size range of dishes. The field service bulletin appears to indicate a 2.4 meter dish. This seems to be quite large. Can a smaller dish be used? This property is located next to residential property and is part of a planned unit development that has higher design quality standards than is typical. An 8 foot roof mounted dish is likely to cause some heartburn. Also the product material from Prodelin indicates a receive only dish. Is this correct? #3 A clarification, it appears from the description that the antenna is to be located on the NE portion of the roof where some screening will occur from the existing aspen trees. Is this correct? Chris Saunders -----Original Message----- From: Candace L. Jansen [mailto:cjansen@ussi.org] Sent: Wednesday, August 20, 2003 2:33 PM To: Chris Saunders; thastie@bozman.net Subject: FW: Need approval from the City of Bozeman for a Satellite Install. If you can not open these this time please give me a call and I will try to walk you through another way to open them. -----Original Message----- From: Candace L. Jansen [mailto:cjansen@ussi.org] Sent: Tuesday, August 12, 2003 11:20 AM To: 'thastie@bozman.net' Cc: 'ccreasy@hns.com' Subject: Need approval from the City of Bozeman for a Satellite Install. Tara, I have the application, city council approval letter and pictures of the site attatched. The pictures of the mount and dish are attached as well. Please let me know if you have any further questions and if you need any thing else. Please try to get me an answer as soon as possible!! Please call if you have any questions.