FCC ID K6KAH1

Aviation Handset

by EMS Technologies Canada, Ltd.

Grantee Code: K6K   Product Code: AH1
Latest application date: 2013-04-02

FCC ID Device Details

FCC IDK6KAH1
Mirrorsfcc.id | gov | fccid.ai
Grantee CodeK6K
Product CodeAH1
Applicant BusinessEMS Technologies Canada, Ltd. 🇨🇦
Related Domains honeywell.com
Equipment ClassAviation Handset
Test FirmElite Electronic Engineering Inc.

Operating Frequencies

Frequency RangeApplication PurposeFinal Action Date
2402-2480 MHzOriginal Equipment2013-04-02

Exhibits

DocumentTypeAvailableFile
Exhibit D Users Manual per 2 1033 b3Users Manual2013-04-02PDF 1.2 MB
Exhibit C Internal Photographs per 2 1033 b7Internal Photos2013-04-02PDF 600 KB
Exhibit C External Photographs per 2 1033 b7External Photos2013-04-02PDF 829.3 KB
Exhibit A ID Label and location per 2 1033 b7ID Label/Location Info2013-04-02PDF 48.9 KB
Exhibit C RE Test Setup photographsTest Setup Photos2013-04-02PDF 365.8 KB
Exhibit E Test Measurement Report per 2 1033 b6Test Report2013-04-02PDF 4.9 MB
Agent Authorization LetterCover Letter(s)2013-04-02PDF 19.9 KB
Cover Letter Requesting ConfidentialityCover Letter(s)2013-04-02PDF 27.9 KB
Misc RF Exposure ExhibitsRF Exposure Info2013-04-02PDF 2.4 MB

Application Information

Application IDapksf6rOUwqAcoDxd2r9Sw==
Final Action Date2013-04-02
Application PurposeOriginal Equipment
Applicant FRN0019381896
ModelAH1
Frequency Range2402-2480 MHz
Equipment ClassDTS - Digital Transmission System
Device DescriptionAviation Handset
Responsible PartySteve Mills, Director of Engineering - Satcom (CNS COE), Steven.mills2@honeywell.com , 613-591-6040
AgentDaniel Daniel Daniel, Elite, decrowder@elitetest.com , 6304959770
Technical ContactChris Southern, Honeywell, chris.southern@honeywell.com , 9056086000
Non-Technical ContactRichard Aubry, Honeywell, richard.aubry@honeywell.com , 9056086000
Test FirmLarry Brooks, Elite Electronic Engineering Inc., lbrooks@elitetest.com , 630-495-9770
TCB Emaildecrowder@elitetest.com
TCB ScopeA4: UNII devices & low power transmitters using spread spectrum techniques
Short-Term ConfidentialityNo
Long-Term ConfidentialityYes
Grant DeferralNo
Modular EquipmentDoes not apply
Composite DeviceNo
Composite PartNo
Cognitive RadioNo
Authorization WaiverNo
Authorization Waiver ApprovedNo
Section 5301 CertificationYes
Related OET Knowledge DataBase InquiryNo
Grant CommentsPower Output is conducted. SAR compliance for body worn operating conditions is limited to the specific configuration tested for this filing. Body worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10mm separation between the device and the user's body. End users must be informed of the body worn requirements for satisfying RF Exposure compliance. The highest reported SAR for head and body-worn accessory exposure conditions are 0.53 W/kg and 0.24 W/kg, respectively.

Applications

Application IDDatePurpose
apksf6rOUwqAcoDxd2r9Sw==2013-04-02Original Equipment

Equipment Authorization

FrequencyOutputRules
2402-2480 MHz0.0115C
2412-2462 MHz0.09315C

Grants

TCB Grant - Application apksf6rOUwqAcoDxd2r9Sw==

TCB GRANT OF EQUIPMENT
AUTHORIZATION
TCB
Certification
Issued Under the Authority of the
Federal Communications Commission
By:

  Elite Electronic Engineering, Inc.
1516 Centre Circle
Downers Grove, IL 60515
Date of Grant: 04/02/2013

Application Dated: 04/02/2013
EMS Technologies Canada, Ltd.
400 Maple grove
Ottawa, Ontario, K2V 1B8
Canada
 
Attention: Steve Mills , Director of Engineering - Satcom (CNS COE)

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  K6KAH1
Name of Grantee:  EMS Technologies Canada, Ltd.
Equipment Class: Digital Transmission System
Notes: Aviation Handset
Grant Notes  FCC Rule Parts Frequency
Range (MHZ)
Output
Watts
Frequency
Tolerance
Emission
Designator
15C 2412.0  -  2462.0 0.093  
15C 2402.0  -  2480.0 0.01  

Power Output is conducted. SAR compliance for body worn operating conditions is limited to the specific configuration tested for this filing. Body worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10mm separation between the device and the user's body. End users must be informed of the body worn requirements for satisfying RF Exposure compliance. The highest reported SAR for head and body-worn accessory exposure conditions are 0.53 W/kg and 0.24 W/kg, respectively.

EAS Grant - Application apksf6rOUwqAcoDxd2r9Sw==

COPY FEDERAL COMMUNICATIONS
COMMISSION
WASHINGTON, D.C. 20554

GRANT OF EQUIPMENT
AUTHORIZATION
COPY
Certification

EMS Technologies Canada, Ltd.
400 Maple grove
Ottawa, Ontario, K2V 1B8
Canada
  Date of Grant: 04/02/2013

Application Dated: 04/02/2013
 
Attention: Steve Mills , Director of Engineering - Satcom (CNS COE)

NOT TRANSFERABLE
EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE, and is VALID ONLY for the equipment identified hereon for use under the Commission's Rules and Regulations listed below.
 
FCC IDENTIFIER:  K6KAH1
Name of Grantee:  EMS Technologies Canada, Ltd.
Equipment Class: Digital Transmission System
Notes: Aviation Handset
Modular Type: Does not apply
Grant Notes  FCC Rule Parts Frequency
Range (MHZ)
Output
Watts
Frequency
Tolerance
Emission
Designator
15C 2412.0  -  2462.0 0.093  
15C 2402.0  -  2480.0 0.01  

Power Output is conducted. SAR compliance for body worn operating conditions is limited to the specific configuration tested for this filing. Body worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 10mm separation between the device and the user's body. End users must be informed of the body worn requirements for satisfying RF Exposure compliance. The highest reported SAR for head and body-worn accessory exposure conditions are 0.53 W/kg and 0.24 W/kg, respectively.



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