Cattron North America 818TX Wireless Controller User Manual
Laird Controls North America Inc. Wireless Controller Users Manual
Users Manual
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| Mirror Download [FCC.gov] | |
| Document ID | 103024 |
| Application ID | p3CiG/RJNkkSozeWHxqomA== |
| Document Description | Users Manual |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Microsoft Word - pdf |
| Filesize | 137.01kB (1712641 bits) |
| Date Submitted | 2000-06-02 00:00:00 |
| Date Available | 2000-07-10 00:00:00 |
| Creation Date | 2000-06-02 16:52:41 |
| Producing Software | Acrobat Distiller 4.0 for Windows |
| Document Lastmod | 2000-06-02 16:52:43 |
| Document Title | Users Manual |
REPORT: TR054811/00132 FCC ID: EGT818TX APPENDIX A OWNERS MANUAL 38 REPORT: TR054811/00132 FCC ID: EGT818TX 39 REPORT: TR054811/00132 FCC ID: EGT818TX 40 REPORT: TR054811/00132 FCC ID: EGT818TX 41 REPORT: TR054811/00132 FCC ID: EGT818TX 42 REPORT: TR054811/00132 FCC ID: EGT818TX 43 REPORT: TR054811/00132 FCC ID: EGT818TX 44 REPORT: TR054811/00132 FCC ID: EGT818TX 45 REPORT: TR054811/00132 FCC ID: EGT818TX 46 REPORT: TR054811/00132 FCC ID: EGT818TX 47 REPORT: TR054811/00132 FCC ID: EGT818TX 48 REPORT: TR054811/00132 FCC ID: EGT818TX 49 REPORT: TR054811/00132 FCC ID: EGT818TX 50 REPORT: TR054811/00132 FCC ID: EGT818TX 51 REPORT: TR054811/00132 FCC ID: EGT818TX 52 REPORT: TR054811/00132 FCC ID: EGT818TX 53 REPORT: TR054811/00132 FCC ID: EGT818TX 54 REPORT: TR054811/00132 FCC ID: EGT818TX 55 REPORT: TR054811/00132 FCC ID: EGT818TX 56 REPORT: TR054811/00132 FCC ID: EGT818TX 57 REPORT: TR054811/00132 FCC ID: EGT818TX 58 REPORT: TR054811/00132 FCC ID: EGT818TX 59 REPORT: TR054811/00132 FCC ID: EGT818TX UNCERTAINTY TOLERANCE DNB Engineering’s Fullerton Facility is within acceptable uncertainty tolerances per ANSI C63.4 (1992) sections 5.4.6.1 and 5.4.6.2. ANSI C63.4 (1992) 5.4.6.1 Site Attenuation. A measurement site shall be considered acceptable for radiated electromagnetic field measurements if the horizontal and vertical NSA derived from measurements, i.e., the “measured NSA,” are within ±4 dB of the theoretical NSA (5.4.6.3) for an ideal site. 5.4.6.1 NSA Tolerance. The ±4 dB tolerance in 5.4.6.1 includes instrumentation calibration errors, measurement technique errors, and errors due to site anomalies. These errors are analyzed in ANSI C63.6-1988 [3], wherein it is shown that the performance of a well-built site contributes only 1 dB of the total allowable tolerance. 60 REPORT: TR054811/00132 FCC ID: EGT818TX 1.1 INFORMATION PERTAINING TO EQUIPMENT MANUFACTURED AFTER COMPLIANCE TESTING It is prudent that manufacturers have an established Quality Assurance program to spot check their products on a periodic basis, either based upon time or quantities produced. Obviously, a change in the engineering design should be sufficient justification for a re-test. The Quality assurance test need not be formal Verification or Certification such as required during the initial production of the product. However, it should be sufficient in scope to assure that the EMI characteristics of the product have not changed to the degree that the product exceeds the FCC limits. If a new model of a product is produced, it must undergo full Verification or Certification testing and, in case of Certification, be filed with the FCC. It is expected that the FCC will place greater emphasis and resources in spot checking commercially available products. If a product is found not to be compliant with the Limits specified in Part 15, Subpart B. the manufacturer will be subject to the appropriate penalties imposed by the Commission. The initial Certification or Verification is sufficient to justify initial production. The additional quality assurance testing performed is the manufacturer’s responsibility to assure continued compliance. 61
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