1 Purpose
1.1 It provides a product coding system that can be used to create universal product numbers for Sinclair Antennas, eliminating any discrepancies or inconsistencies in the product codes previously used in U.S.A, EMEA and Canada.
1.2 It strives to eliminate any ambiguity in product naming in order to further reduce the likelihood of shipping the wrong product.
2 DEFINITIONS
2.1 SKU Stock Keeping Unit
3 NAME STRUCTURE
The complete name structure has four components and it is comprised with the following code designations:
| 1 | 2 | 3 | 4 | ||||||||||||||||
| Series/Config. Identifier | SKU Variant Identifier | Options List | P.I. | ||||||||||||||||
| ‘S’ | AT | FR | Ser | Cf | ‘-‘ | ER | FS | P | PR | Cx | ‘(‘ | EE | Tf | MC | E# | ‘-‘ | MO | ‘)‘ | “X” |
Component #1: Series/Configuration Identifier
Component #2: SKU
Variant Identifier
Component #3: Options List (or “E-number”)
Component #4: Prototype Identifier (P.I., optional)
Example: A complete product name for an exposed dipole, VHF, with specific options looks as follows:
| Antenna Requirements: | Exposed dipole |
| Two dipole elements | |
| Heavy duty | |
| VHF (138-174MHz) | |
| ¼ Wavelength | |
| Low noise | |
| Four degree downtilt | |
| Din female connector | |
| Includes lightning spike |
| 1 | 2 | 3 | 4 | ||||||||||||||||
| Series/Config. Identifier | SKU Variant Identifier | Options List | P.I. | ||||||||||||||||
| ‘S’ | AT | FR | Ser | Cf | ‘-‘ | ER | FS | P | PR | Cx | ‘(‘ | EE | Tf | MC | E# | ‘-‘ | MO | ‘)‘ | “X” |
| S | D | 2 | 12 | - | H | F2 | P4 | L | DF | ( | D04 | - | LS | ) | |||||
3.1.1 Series/Configuration Identifier
“S”: The names of all Sinclair antennas start with “S”
AT: Antenna Type
(collinear omni, exposed dipole, yagis, etc.)
FR: Frequency Range (100 MHz –
299 MHz, 300 MHz – 599 MHz, etc.)
Ser: Antenna Series (eg; 21 = Excaliber
mobiles, 80 = high-gain omnis)
Cf: Antenna Configuration (fixed vs field-adj,
2-bay vs 4-bay, etc.)
3.1.2 SKU Variant Identifier
“-”: Separates the Series/Configuration Identifier from the SKU Variant
Identifier
ER: Environmental Rating (standard duty or heavy duty)
FS:
Frequency Split (split code or centre frequency or TB1, etc.)
P: Pattern or
Wavelength (eg: offset vs bi-directional, ½ wave vs ¼ wave)
PR: PIM Rating
(standard noise rating or PIM-enhanced)
Cx: Connector (BNC – female, TNC –
male, etc.)
3.1.3 Options List
The Options List may contain the following elements:
“(”: Signifies the
beginning of the Options List - mandatory
EE: Electrical Elevation (uptilt or
downtilt in degrees) - optional
Tf: Tune frequency - optional
MC: Mounting
Configuration (side mount, end mount, etc.) - optional
E#: A special assembly
“E-number” - optional
< MO: A string of characters signifying one or more
miscellaneous options (paint colour, high power, etc.) - optional
“)”:
Signifies the end of the Options List - mandatory
3.1.4 Prototype Identifier
An engineering prototype constructed for customer acceptance testing is further
designated by the character “X” following the Options List.
X: Prototype
identifier
3.2 DEFINITIONS OF NAME STRUCTURE ELEMENTS
3.2.1 “S” : Names of all antennas start with “S” for “Sinclair”.
Single alphabetic character. Value is always upper case “S”. This portion of the name is mandatory.
3.2.2 AT : Antenna Type
Single alphabetic character, always upper case. This portion of the name is mandatory.
| A | J | S | |||
| B | K | T | train, truck, etc. (excaliber) | ||
| C | collinear omni | L | low-profile mobile | U | parabolic, circular reflector |
| D | exposed dipole | M | mobile | V | corner reflector |
| E | enclosed dipole | N | W | ||
| F | O | X | dual polarity “slant 45” panel | ||
| G | ground plane | P | single polarity panel | Y | yagi |
| H | Q | Z | |||
| I | in-building | R |
Note: For dual-band antennas (eg. dual 312/212 dipole antenna) use forward slash between the two frequency range designators, placing first the frequency range that is implemented higher up the mast. (eg. SD312/212D-SF2/F2P2S(…).
3.2.3 FR : Frequency Range
Single numeric character. This portion of the name is mandatory.
| 1 | <100MHz |
| 2 | 100MHz - 299MHz |
| 3 | 300MHz - 599MHz |
| 4 | 600MHz - 999MHz |
| 5 | 1000MHz – 2000MHz |
3.2.4 Ser : Antenna Series
Two numeric characters. This portion of the name is mandatory.
| 01 | ground plane (101, 201, 301, 401) | 34 | 69 | collinear omni (369) | |
| 02 | corner reflector (302, 402) | 35 | 2-bay exposed dipole (235, 335) | 70 | cellular/panel (470) |
| 03 | 3 element yagi (203, 303) | 36 | 71 | ||
| 04 | 37 | 72 | |||
| 05 | 38 | omni (238) | 73 | ||
| 06 | 6 element yagi (206, 406) | 39 | 74 | ||
| 07 | 7 element yagi (307) | 40 | data antenna (440) | 75 | |
| 08 | 41 | data antenna (441) | 76 | ||
| 09 | 42 | 77 | |||
| 10 | 1-bay exposed dipole (210, 310) | 43 | 78 | ||
| 11 | 2-bay enclosed dipole (411) | 44 | 79 | ||
| 12 | 2-bay exposed dipole (212, 312) | 45 | 80 | phasor collinear omni (480) | |
| 13 | 46 | 81 | corporate feed collinear omni (481) | ||
| 14 | 4-bay exposed dipole (214, 314) | 47 | 82 | mobile 1/2wave | |
| 14 | 4-bay enclosed dipole (414) | 48 | 83 | mobile 5/8wave | |
| 15 | yagi (415) | 49 | 84 | ||
| 16 | 50 | yagi (250, 350) | 85 | ||
| 17 | low-gain omni-directional (217) | 51 | 86 | ||
| 18 | 8-bay exposed dipole (218, 318) | 52 | 87 | ||
| 19 | 9-bay enclosed dipole (419) | 53 | 88 | phasor collinear omni (488) | |
| 20 | collinear omni (320, 420) | 54 | 89 | short phasor collinear omni (489) | |
| 21 | excaliber mobiles (221, 321) | 55 | 90 | wide-band collinear omni (490) | |
| 21 | collinear omni (421) | 56 | 91 | ||
| 22 | 2-bay exposed dipole (222) | 57 | 92 | ||
| 23 | coil collinear omni (323) | 58 | 93 | ||
| 24 | 4-bay exp. dipole (224) | 59 | 94 | ||
| 25 | marine omni (225) | 60 | radaflector (260, 360, 460) | 95 | |
| 26 | 61 | 96 | |||
| 27 | corner reflector (227) | 62 | 97 | phasor collinear omni (497) | |
| 28 | corner reflector (228) | 63 | 98 | ||
| 29 | coil collinear omni (229, 329) | 64 | 99 | ||
| 30 | tetra panel (330) | 65 | 00 | excaliber mobiles (500) | |
| 31 | 66 | ||||
| 32 | 67 | ||||
| 33 | phasor collinear omni (233) | 68 |
3.2.5 Cf : Configuration
Single alphanumeric character. This portion of the name can be left blank only for the dominant configuration variant for the product, or if there are NO configuration variants anticipated for the product.
| 2 | dual bay. Single input cable |
| 4 | four bay. Single input cable |
| D | dual array. Two separate input cables |
| L | low profile |
| M | marine version (gen. 156 – 162.5 MHz) |
| Q | quad array. Four separate input cables |
| R | radome |
| T | triple array. Three separate input cables |
3.2.6 “-“ : Separator inserted to enhance readability
This separator distinguishes the series/configuration, being the level at which family-level marketing collateral is likely to be generated for the majority of products, from the variants defined by frequency splits, etc. This separator is mandatory.
3.2.7 ER : Environmental Rating
Single alphabetic character. This portion of the name is mandatory.
| S | Standard duty |
| H | Heavy duty |
| U | Ultra duty |
3.2.8 FS : Frequency Split
Two, three, four, or five alphanumeric characters. This portion of the name is mandatory. Use “FX” if no frequency splits exist or are anticipated for the product, or a specific frequency is required as per 7.2.14. Note that frequency split codes (and even the logic behind the codes) may vary between antenna series. For simplicity, antennas that existed prior to this naming convention will use the same frequency split codes (or centre frequencies) that were used previously. Where “*” preceded the frequency split code, it is replaced with “F”.
| FX | No frequency splits exist or are anticipated for this product |
| FN | Where n = (1 - 99) designating the frequency split code. Care should be taken to assign codes sequentially |
| T1 | TETRA band 1. Covers at least 380MHz – 400MHz. (TETRA-oriented products only) |
| T2 | TETRA band 2. Covers at least 410MHz – 430MHz. (TETRA-oriented products only) |
| TB | Covers both Tetra bands, 380-430MHz |
Note: For dual-band antennas, place a forward slash between the Frequency Split designators, using the same sequencing used in the Frequency Range designator.
3.2.9 P : Pattern or Wavelength
Two alphanumeric characters. This portion of the name is mandatory, unless no pattern or wavelength variants are anticipated.
| nn | Azimuth beamwidth in degrees where nn = (30 - 99) (panels and other sectored antennas only) |
| P2 | 1/2 wave (fixed-pattern exposed dipoles and whips only) |
| P3 | 3/8 wave (fixed-pattern exposed dipoles only) (no longer available, except as possible special assembly) |
| P4 | 1/4 wave (fixed-pattern exposed dipoles only) |
| P5 | 5/8 wave (mobile whip antennas only) |
| PA | Field adjustable pattern, or beamwidth |
| PC | Circular polarized |
| PS | Cross polarized, or Slant |
3.2.10 PR : PIM Rating
Single alphabetic character. This portion of the name is mandatory.
| L | Enhanced PIM rating |
| S | Standard PIM rating |
3.2.11 Cx : Connector
Two alphabetic characters. This portion of the name is mandatory. Connector variants listed below do not apply to all antenna products.
| BF | BNC female | SF | SMA female |
| BM | BNC male | SM | SMA male |
| DF | 7/16 DIN female | TF | TNC female |
| DM | 7/16 DIN male | TM | TNC male |
| NF | N female | UF | UHF female |
| NM | N male | UM | UHF male |
3.2.12 “(“ : Start of options list
This separator distinguishes the product name being the level at which a separate bill of materials is likely to be required from the options list. The options list (and therefore this separator) is mandatory because the connector is specified in the options list, and it is always necessary to specify the connector.
3.2.13 EE : Electrical Elevation
Three alphanumeric characters. This portion of the name can be left blank, only if the concept of electrical elevation is not applicable to the product series (e.g.; yagis, corner reflectors).
| Dnn | Electrical downtilt in degrees where nn = (00 - 10) |
| Unn | Electrical uptilt in degrees where nn = (00 - 10) |
Note: For dual downtilt antennas use forward slash between the two downtilt designators, placing first the downtilt that is implemented higher up the mast. (eg. SC421-SFXSNF(D0/3.5)
3.2.14 Tf : Tune Frequency
Five alphanumeric characters. This portion of the name is only mandatory for all narrow-band antennas that have to be tuned to a specific frequency.| F0 | Untuned. T/B tuned by the Customer |
| Ff | Where f = (0300 - 9995), designating the centre frequency (1/2MHz increments) in
MHz with 1 decimal point. Example: For a SC229 antenna ordered with centre frequency of 138.5 MHz, the “Ff” designator will be: F1385 |
3.2.15 MC : Mounting Configuration
Single alphabetic character. The mounting configuration is relative to the antenna, not to the tower. This portion of the name should be used if there is more than one mounting configuration.
| B | Bottom mount (Antennas mounted from the bottom of the antenna). |
| C | Centre mount |
| E | End mount |
| I | Inverted |
| S | Side mount |
| U | Universal (Could be mounted in more than one of the above-mentioned configuration, depending on the type of antenna). |
3.2.16 E# : Special Assembly Identifier (“E-number”)
Five alphanumeric characters, “E” followed by four digits. Presence of an “E-number” indicates that the product is a “special assembly”. Occasionally the customer supplied unique drawing number or part number may be used in place of the E number. See “Special Assemblies” for details. This portion of the name will (of course) be omitted for all standard/stocked and standard/non-stocked products.
3.2.17 “-“ : Separator inserted to enhance readability
This separator distinguishes the basic options from the less common “miscellaneous options”. It is inserted to enhance readability. This separator is mandatory if the product has miscellaneous options.
3.2.18 MO : Miscellaneous Options
This will be a string (of arbitrary length) composed of sequences of two or three alphanumeric characters. This portion of the name is optional. The sequence of elements is not critical, but it is recommended that the following sequence be observed for enhanced readability. Miscellaneous options listed below are not available for all antenna configurations.
| BC | Bird cap |
| Cx | Where x = (0 - 99) designating cable length (in feet) if other than standard. This code must not been used for ordering jumper cables. |
| CG | Coast guard |
| HP | High-power version (Note: special assembly: should be assigned an E-number instead?) |
| IC | Integrated ice-guard version (Note: special assembly: should be assigned an E-number instead?) |
| LM | Less mast |
| LS | Integrated lightening spike version |
| LV | Low-VSWR version (Note: special assembly: should be assigned an E-number instead?) |
| EBK | Color finish – black epoxy paint |
| EBU | Color finish – blue epoxy paint |
| EWH | Color finish – white epoxy paint |
| EGR | Color finish – gray epoxy paint |
| PBK | Color finish – black polyurethane paint |
| PBU | Color finish – blue polyurethane paint |
| PWH | Color finish – white polyurethane paint |
| PGR | Color finish – gray polyurethane paint |
| PSB | Color finish – shadow bronze paint |
| CGO | Color finish - gold chromate |
| ABK | Color finish – black anodizing |
| ABU | Color finish - blue anodizing |
| AGO | Color finish - gold anodizing |
| TBK | Color finish - black teflon |
| TWH | Color finish – white teflon |
| TBU | Color finish – blue teflon |
| TGR | Color finish – gray teflon |
| CWH | Radome material color – white (radome material color for products such as the excaliber and panel antennas) |
| CGR | Radome material color – gray (radome material color for products such as the excaliber and panel antennas) |
3.2.19 “)“ : End of options list
This separator identifies the end of the options list.





