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Can ices 3 b nmb 3 b manual.ICES-003 — Information Technology Equipment (including Digital Apparatus)
Where the product under test is powered through an external device for example, through an external power supply, or by means of a device providing power over Ethernet to the product under test , the conducted emission limits apply at the AC mains power terminals of the external device, while this is powering the product under test: see ICES-Gen.
The quasi-peak limits for the electric component of the radiated field strength emitted from ITE or digital apparatus, within 30 MHz to 1 GHz, for a measurement distance of 3 m or 10 m, are presented in table 2. At and above 1 GHz, except for outdoor units of home satellite receiving systems, the ITE or digital apparatus shall comply with the limits specified in table 4 up to the frequency F M , which shall be determined as per table 3.
The product under test shall comply with both the average and the peak limits. At and above 1 GHz, if the ITE or digital apparatus is an outdoor unit of home satellite receiving systems, it shall comply with the limits in Table A. This section defines the administrative requirements related to this standard, such as reporting and labelling requirements.
An example ISED compliance label, to be placed on each unit of an equipment model or in the user manual, if allowed , is given below:. The above label is only an example. The specific format is left to the manufacturer to decide, as long as the label includes the required information, in accordance with ICES-Gen.
Contents Scope General requirements and references Technical requirements Administrative requirements. Listed below are the changes: changed title of the standard from Information Technology Equipment Including Digital Apparatus — Limits and Methods of Measurement to Information Technology Equipment including Digital Apparatus added requirements for devices with wireless power transfer functionality section 1.
This section defines the requirements specific to external power supplies. This section defines the exemptions from the scope of ICES ITE or digital apparatus not factory-installed in vehicles, boats or devices equipped with internal combustion engines, traction batteries or both do not qualify for this exemption.
ITE or digital apparatus intended exclusively for use inside an aircraft. ITE or digital apparatus used exclusively as industrial, scientific or medical equipment such equipment is subject to ICES ITE or digital apparatus intended exclusively for installation inside an appliance or electrical machinery that does not use radio-frequency i. Thus, the following types of ITE or digital apparatus do not qualify for this exemption and have to be compliant with all requirements stated in ICES ITE or digital apparatus that is not contained within the appliance e.
ITE or digital apparatus that is contained within the appliance but is not directly related to its main function e. ITE or digital apparatus that has a maximum power consumption of 6 nW.
Joystick controllers or similar devices, such as a mouse, used with ITE or digital apparatus but which contain only non-digital circuitry or a simple circuit to convert the signal to the format required. These are considered passive add-on devices. ITE or digital apparatus in which both the highest frequency generated and the highest frequency used are less than 1. ITE or digital apparatus used exclusively in central office telephone equipment operated by a telecommunications common carrier in a central office.
This section defines the technical requirements applicable to products subject to this standard. This section defines the limits applicable to products subject to this standard. Report a problem. Date modified: Highest internal frequency F X Tablenote 2a i.
Highest measurement frequency F M. Frequency range GHz Tablenote 3a i. As such, the combined equipment needs to be verified for compliance with the applicable requirements. If the combined equipment is subject to more than one ICES standard, the requirements set out in section 3. The emissions from the radio transmitter shall not be considered when assessing compliance with the limits specified in the applicable ICES standard.
This can be done either by:. See section 3. As an alternative to CISPR quasi-peak or average measurement, compliance with emissions limits may be demonstrated using a measuring instrument employing a peak detector function properly adjusted for factors such as pulse desensitization, as required, with a measurement bandwidth equal to, or greater than, the applicable CISPR quasi-peak bandwidth or 1 MHz bandwidth, for measurement below or above 1 GHz, respectively. Test sites used for compliance radiated emission measurements shall meet all requirements for construction and site validation specified in the normative test methods listed in the applicable ICES standard.
The test site validation shall be confirmed at regular intervals, according to the normative standard listed in the applicable ICES standard, but at least once in any three-year period. The date of each radiated emissions test documented in the test report shall be at most three years or the required shorter time period, if so specified in the applicable ICES standard or the normative references listed therein after the date of the most recent successful test site validation.
These requirements apply for each frequency range where radiated emissions limits are specified, if site validation requirements exist. The AC mains power lines conducted emissions requirements do not apply to interference-causing equipment that is exclusively powered from a battery and that has no capability to charge or recharge its battery by means of a wired connection to the AC mains e.
Interference-causing equipment that is exclusively powered from a battery, but is capable of recharging its battery while connected to the AC mains e. Interference-causing equipment that is exclusively powered from AC mains or can be powered from both battery and AC mains shall be tested while powered from AC mains for all test cases.
If the equipment connects to AC mains through another device e. In this case, the AC mains conducted emissions test case shall be performed on the AC mains power cord of the external device, while this external device is powering the interference-causing equipment under test.
The AC mains power lines conducted emissions requirements do not apply to interference-causing equipment that is exclusively powered from a DC network or both from a battery and DC network, such as a 48 V DC network in a telecommunication central office building.
However, if the interference-causing equipment is designed to be powered from an external device e. Interference-causing equipment used solely for purposes of research and development, experimentation, demonstration, assessment of marketability, or intended exclusively for exportation is exempt from the requirement to demonstrate compliance with the applicable ICES standard.
Such equipment shall not be leased, sold, or offered for sale in Canada, nor shall it be distributed with the intention to be leased, sold, or offered for sale in Canada. Interference-causing equipment that is offered free of charge, e. Inquiries related to licensing may be made through the ISED district or regional offices.
The requirements herein apply to interference-causing equipment that is used solely for purposes of research and development, experimentation, demonstration or assessment of marketability.
Each unit of such equipment shall be labelled and its shipping documentation shall be accompanied by the following declaration, in both English and French:. Each unit of equipment intended exclusively for exportation, while shipped within Canada, shall be labelled and its shipping documentation shall be accompanied by a declaration such as the following, in both English and French:.
The test report shall comply with all requirements set out in this document, including those stated in:. Category II radio apparatus , if the test report is a combined report, which covers both the ICES and RSS requirements, then the test report shall also comply with all requirements set out in:.
In case a new issue of the applicable ICES standard is published and the equipment continues to be manufactured, imported, distributed, leased, offered for sale, or sold in Canada after the stated transition period expires see section 3. The manufacturer or importer shall retain a copy of the test report for as long as the interference-causing equipment is manufactured, imported, distributed, leased, offered for sale, or sold in Canada and shall make the test report available to ISED upon request.
The manufacturer, importer or distributor shall meet the labelling and user manual requirements set out in this section for every unit of interference-causing equipment. These requirements are only applicable to equipment not incorporating radio apparatus or terminal equipment modules.
Each unit of an interference-causing equipment model shall bear a label, which represents the manufacturer's or importer's self-declaration of compliance with ISED's ICES standard applicable to the equipment. This label shall be permanently affixed to each unit of the equipment or displayed electronically as per annex B and its text must be indelible and clearly legible. If the label is placed in the user manual and this manual is not supplied with the equipment, the user manual shall be readily available for the entire period in which the equipment is manufactured, imported, distributed, leased, offered for sale, or sold in Canada e.
An example is given below:. Below is an example of a label for cases where the applicable ICES standard makes no such differentiation:. The actual format of the label is left at the manufacturer discretion. For example, any of the following label formats would be acceptable for digital interference-causing equipment, subject to ICES , Information Technology Equipment Including Digital Apparatus — Limits and Methods of Measurement , which is not intended for residential applications:.
Instead of a physical label on the device itself, ISED allows devices with an integrated display screen to present the required label information electronically e-label. Devices without an integrated display screen are allowed to present the e-labelling information through an audio message or a host device display screen, where such a host device is connected via physical connection, Bluetooth, Wi-Fi , etc.
ICES-Gen — General Requirements for Compliance of Interference-Causing Equipment.WxT Search form
A reference to the corresponding RSS report within the ICES report will fulfil this requirement for the purpose of this standard. Products subject to this standard that include functionality for radiocommunication shall meet the provisions and requirements of both this standard and relevant Radio Standard Specifications RSSs , as applicable to the specific radiocommunication technology.
However, where the radio functionality is achieved by integrating an already certified radio module, there is no need for a reference to the corresponding RSS report. ITE or digital apparatus used exclusively inside broadcasting transmitter or receiver equipment is exempt from ICES unless the ITE or digital apparatus can be used separately from the broadcasting function of that equipment. In the latter case, the ITE or digital apparatus does not qualify for this exemption and shall comply with ICES; however, in this case, the labelling requirements in section 4.
Multiunit ITE or digital apparatus, made of two or more devices, is only exempt from ICES if all of its individual devices components qualify for exemption, in accordance with sections 1. Otherwise, the multiunit ITE or digital apparatus shall comply with the requirements specified in this standard. In the latter case, for testing the multiunit ITE or digital apparatus, all individual devices components that do not qualify for an exemption shall be configured, active and operated as in normal use.
Multifunction ITE or digital apparatus is only exempt from ICES if all its functions qualify for exemption in accordance with sections 1. This section defines the general requirements related to this standard, including the transition period, compliance with ICES-Gen, and the list of normative references.
A transition period of one year, ending on October 15, , is provided, within which compliance with either issue 6 or issue 7 of ICES is accepted. A copy of issue 6 of ICES may be requested by email.
After the expiry of this transition period all products subject to this standard that continue to be manufactured, imported, distributed, leased, offered for sale, or sold in Canada shall comply with issue 7 of ICES In addition to this standard, the requirements of ICES-Gen shall apply, except where a requirement in ICES-Gen contradicts a requirement in this standard, in which case this standard shall take precedence.
However, where a requirement in one of the normative references specified in section 2. This ICES refers to the following publications and, where such references are made, they shall be to the editions listed below. Not all normative references necessarily apply to a specific product subject to ICES Section 3 specifies the normative reference s that apply to the specific product under test. The ANSI standard listed above can be purchased online.
The ITE or digital apparatus shall comply with the conducted emission limits specified in table 1 at its AC mains power terminals.
The product under test shall comply with both the quasi-peak and the average limits. Where the product under test is powered through an external device for example, through an external power supply, or by means of a device providing power over Ethernet to the product under test , the conducted emission limits apply at the AC mains power terminals of the external device, while this is powering the product under test: see ICES-Gen.
The quasi-peak limits for the electric component of the radiated field strength emitted from ITE or digital apparatus, within 30 MHz to 1 GHz, for a measurement distance of 3 m or 10 m, are presented in table 2. At and above 1 GHz, except for outdoor units of home satellite receiving systems, the ITE or digital apparatus shall comply with the limits specified in table 4 up to the frequency F M , which shall be determined as per table 3.
The product under test shall comply with both the average and the peak limits. At and above 1 GHz, if the ITE or digital apparatus is an outdoor unit of home satellite receiving systems, it shall comply with the limits in Table A. This section defines the administrative requirements related to this standard, such as reporting and labelling requirements. An example ISED compliance label, to be placed on each unit of an equipment model or in the user manual, if allowed , is given below:. The above label is only an example.
The specific format is left to the manufacturer to decide, as long as the label includes the required information, in accordance with ICES-Gen. Contents Scope General requirements and references Technical requirements Administrative requirements. The emissions from the radio transmitter shall not be considered when assessing compliance with the limits specified in the applicable ICES standard.
This can be done either by:. See section 3. As an alternative to CISPR quasi-peak or average measurement, compliance with emissions limits may be demonstrated using a measuring instrument employing a peak detector function properly adjusted for factors such as pulse desensitization, as required, with a measurement bandwidth equal to, or greater than, the applicable CISPR quasi-peak bandwidth or 1 MHz bandwidth, for measurement below or above 1 GHz, respectively.
Test sites used for compliance radiated emission measurements shall meet all requirements for construction and site validation specified in the normative test methods listed in the applicable ICES standard.
The test site validation shall be confirmed at regular intervals, according to the normative standard listed in the applicable ICES standard, but at least once in any three-year period. The date of each radiated emissions test documented in the test report shall be at most three years or the required shorter time period, if so specified in the applicable ICES standard or the normative references listed therein after the date of the most recent successful test site validation.
These requirements apply for each frequency range where radiated emissions limits are specified, if site validation requirements exist. The AC mains power lines conducted emissions requirements do not apply to interference-causing equipment that is exclusively powered from a battery and that has no capability to charge or recharge its battery by means of a wired connection to the AC mains e.
Interference-causing equipment that is exclusively powered from a battery, but is capable of recharging its battery while connected to the AC mains e. Interference-causing equipment that is exclusively powered from AC mains or can be powered from both battery and AC mains shall be tested while powered from AC mains for all test cases.
If the equipment connects to AC mains through another device e. In this case, the AC mains conducted emissions test case shall be performed on the AC mains power cord of the external device, while this external device is powering the interference-causing equipment under test. The AC mains power lines conducted emissions requirements do not apply to interference-causing equipment that is exclusively powered from a DC network or both from a battery and DC network, such as a 48 V DC network in a telecommunication central office building.
However, if the interference-causing equipment is designed to be powered from an external device e. Interference-causing equipment used solely for purposes of research and development, experimentation, demonstration, assessment of marketability, or intended exclusively for exportation is exempt from the requirement to demonstrate compliance with the applicable ICES standard. Such equipment shall not be leased, sold, or offered for sale in Canada, nor shall it be distributed with the intention to be leased, sold, or offered for sale in Canada.
Interference-causing equipment that is offered free of charge, e. Inquiries related to licensing may be made through the ISED district or regional offices.
The requirements herein apply to interference-causing equipment that is used solely for purposes of research and development, experimentation, demonstration or assessment of marketability. Each unit of such equipment shall be labelled and its shipping documentation shall be accompanied by the following declaration, in both English and French:.
Each unit of equipment intended exclusively for exportation, while shipped within Canada, shall be labelled and its shipping documentation shall be accompanied by a declaration such as the following, in both English and French:. The test report shall comply with all requirements set out in this document, including those stated in:. Category II radio apparatus , if the test report is a combined report, which covers both the ICES and RSS requirements, then the test report shall also comply with all requirements set out in:.
In case a new issue of the applicable ICES standard is published and the equipment continues to be manufactured, imported, distributed, leased, offered for sale, or sold in Canada after the stated transition period expires see section 3. The manufacturer or importer shall retain a copy of the test report for as long as the interference-causing equipment is manufactured, imported, distributed, leased, offered for sale, or sold in Canada and shall make the test report available to ISED upon request.
The manufacturer, importer or distributor shall meet the labelling and user manual requirements set out in this section for every unit of interference-causing equipment. These requirements are only applicable to equipment not incorporating radio apparatus or terminal equipment modules.
Each unit of an interference-causing equipment model shall bear a label, which represents the manufacturer's or importer's self-declaration of compliance with ISED's ICES standard applicable to the equipment. This label shall be permanently affixed to each unit of the equipment or displayed electronically as per annex B and its text must be indelible and clearly legible. If the label is placed in the user manual and this manual is not supplied with the equipment, the user manual shall be readily available for the entire period in which the equipment is manufactured, imported, distributed, leased, offered for sale, or sold in Canada e.
An example is given below:. Below is an example of a label for cases where the applicable ICES standard makes no such differentiation:. The actual format of the label is left at the manufacturer discretion.
For example, any of the following label formats would be acceptable for digital interference-causing equipment, subject to ICES , Information Technology Equipment Including Digital Apparatus — Limits and Methods of Measurement , which is not intended for residential applications:. Instead of a physical label on the device itself, ISED allows devices with an integrated display screen to present the required label information electronically e-label.
Devices without an integrated display screen are allowed to present the e-labelling information through an audio message or a host device display screen, where such a host device is connected via physical connection, Bluetooth, Wi-Fi , etc.
Users shall be provided clear instructions on how to access the regulatory information stored electronically e-label. These instructions shall meet the following requirements:.
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