1	GENERAL	Pass	
1.5	Components	Pass	
1.5.1	General		Pass	
	Comply with IEC 60950 or relevant component standard		Pass	
1.5.2	Evaluation and testing of components		Pass	
1.5.3	Thermal controls		N/A	
1.5.4	Transformers		Pass	
1.5.5	Interconnecting cables	Interconnecting cables comply with the relevant requirements of this standard requirement.	Pass	
1.5.6	Capacitors in primary circuits	: 		N/A	
1.5.7	Double insulation or reinforced insulation bridged by components		N/A	
1.5.7.1	General		N/A	
1.5.7.2	Bridging capacitors		N/A	
1.5.7.3	Bridging resistors		N/A	
1.5.7.4	Accessible parts		N/A	
1.5.8	Components in equipment for IT power systems		N/A	

1.6	Power interface	Pass	
1.6.1	AC power distribution systems		N/A	
1.6.2	Input current	(see appended table 1.6.2)	Pass	
1.6.3	Voltage limit of hand-held equipment		N/A	
1.6.4	Neutral conductor		N/A	

1.7	Marking and instructions	Pass	
1.7.1	Power rating		Pass	
	Rated voltage(s) or voltage range(s) (V)	: 	(Optional) See page 1 of Test Report	Pass	
	Symbol for nature of supply, for d.c. only	: 		N/A	
	Rated frequency or rated frequency range (Hz)	: 		N/A	
	Rated current (mA or A)	: 	(Optional) See page 1 of Test Report	Pass	
	Manufacturer's name or trademark or identification mark	: 	Ascalade Communications Ltd. or E234083	Pass	
	Type/model or type reference	: 	See Model and Ratings page.	Pass	
	Symbol for Class II equipment only	: 	Class III Equipment	N/A	
	Other symbols	: 		N/A	
	Certification marks	: 	UL, C-UL	Pass	
1.7.2	Safety instructions	Operating and safety instructions were provided.	Pass	
1.7.3	Short duty cycles		N/A	
1.7.4	Supply voltage adjustment	: 		N/A	
1.7.5	Power outlets on the equipment	: 		N/A	
1.7.6	Fuse identification	: 		N/A	
1.7.7	Wiring terminals		N/A	
1.7.7.1	Protective earthing and bonding terminals	: 		N/A	
1.7.7.2	Terminal for a.c. mains supply conductors		N/A	
1.7.7.3	Terminals for d.c. mains supply conductors		N/A	
1.7.8	Controls and indicators		N/A	
1.7.8.1	Identification, location and marking	: 		N/A	
1.7.8.2	Colours	: 		N/A	
1.7.8.3	Symbols according to IEC 60417	: 		N/A	
1.7.8.4	Markings using figures	: 		N/A	
1.7.9	Isolation of multiple power sources	: 		N/A	
1.7.10	IT power distribution systems 		N/A	
1.7.11	Thermostats and other regulating devices		N/A	
1.7.12	Language	: 	English.	-	
1.7.13	Durability		Pass	
1.7.14	Removable parts		N/A	
1.7.15	Replaceable batteries		Pass	
	Language	: 	Only English language instructions reviewed. See Enclosure for additional information.	-	
1.7.16	Operator access with a tool	: 		N/A	
1.7.17	Equipment for restricted access locations	: 		N/A	

2	PROTECTION FROM HAZARDS	Pass	
2.1	Protection from electric shock and energy hazards	Pass	
2.1.1	Protection in operator access areas		Pass	
2.1.1.1	Access to energized parts		Pass	
	Test by inspection	: 	No access to hazardous voltages were found on the unit.	Pass	
	Test with test finger	: 	TNV circuit can not be touch by test finger.	Pass	
	Test with test pin	: 	TNV circuit can not be touch by test pin.	Pass	
	Test with test probe	: 	TNV circuit or contacts can not be touch by test probe.	Pass	
2.1.1.2	Battery compartments	: 	There is no access to bare conductive parts of TNV CIRCUITS within a dedicated battery compartment.	N/A	
2.1.1.3	Access to ELV wiring		N/A	
	Working voltage (V); minimum distance (mm) through insulation	: 		-	
2.1.1.4	Access to hazardous voltage circuit wiring		N/A	
2.1.1.5	Energy hazards	: 	No energy hazard exists. Power from telecom network limited to 15 VA. SELV circuits powered by LPS.	N/A	
2.1.1.6	Manual controls		N/A	
2.1.1.7	Discharge of capacitors in equipment		N/A	
	Time-constant (s); measured voltage (V)	: 		-	
2.1.2	Protection in service access areas		N/A	
2.1.3	Protection in restricted access locations		N/A	

2.2	SELV circuits	Pass	
2.2.1	General requirements	Unit is Class III device supplied by SELV.	Pass	
2.2.2	Voltages under normal conditions (V)	: 		N/A	
2.2.3	Voltages under fault conditions (V)	: 		N/A	
2.2.3.1	Separation by double insulation or reinforced insulation (method 1)		N/A	
2.2.3.2	Separation by earthed screen (method 2)		N/A	
2.2.3.3	Protection by earthing of the SELV circuit (method 3)		N/A	
2.2.4	Connection of SELV circuits to other circuits	: 		N/A	

2.3	TNV circuits	Pass	
2.3.1	Limits		Pass	
	Type of TNV circuits	: 	TNV-3	-	
2.3.2	Separation from other circuits and from accessible parts	SELV to TNV-3	Pass	
	Insulation employed	: 	Basic Insulation	-	
2.3.3	Separation from hazardous voltages		N/A	
	Insulation employed	: 		-	
2.3.4	Connection of TNV circuits to other circuits		N/A	
	Insulation employed	: 		-	
2.3.5	Test for operating voltages generated externally	See Test Record for details.	Pass	

2.4	Limited current circuits	N/A	
2.4.1	General requirements		N/A	
2.4.2	Limit values		N/A	
	Frequency (Hz)	: 		-	
	Measured current (mA)	: 		-	
	Measured voltage (V)	: 		-	
	Measured capacitance (mF)	: 		-	
2.4.3	Connection of limited current circuits to other circuits		N/A	

2.5	Limited power sources	Pass	
	Inherently limited output		Pass	
	Impedance limited output		N/A	
	Overcurrent protective device limited output		N/A	
	Regulating network limited output under normal operating and single fault condition		N/A	
	Regulating network limited output under normal operating conditions and overcurrent protective device limited output under single fault condition		N/A	
	Output voltage (V), output current (A), apparent power (VA):	: 	2.89 V dc, 7.95 A, 23.0 W	-	
	Current rating of overcurrent protective device (A)	: 	n/a	-	

2.6	Provisions for earthing and bonding	N/A	
2.6.1	Protective earthing		N/A	
2.6.2	Functional earthing		N/A	
2.6.3	Protective earthing and protective bonding conductors		N/A	
2.6.3.1	General		N/A	
2.6.3.2	Size of protective earthing conductors		N/A	
	Rated current (A), cross-sectional area (mm2), AWG	: 		-	
2.6.3.3	Size of protective bonding conductors		N/A	
	Rated current (A), cross-sectional area (mm2), AWG	: 		-	
2.6.3.4	Resistance (Ohm) of earthing conductors and their terminations, test current (A)	: 		N/A	
2.6.3.5	Colour of insulation	: 		N/A	
2.6.4	Terminals		N/A	
2.6.4.1	General		N/A	
2.6.4.2	Protective earthing and bonding terminals		N/A	
	Rated current (A), type and nominal thread diameter (mm)	: 		-	
2.6.4.3	Separation of the protective earthing conductor from protective bonding conductors		N/A	
2.6.5	Integrity of protective earthing		N/A	
2.6.5.1	Interconnection of equipment		N/A	
2.6.5.2	Components in protective earthing conductors and protective bonding conductors		N/A	
2.6.5.3	Disconnection of protective earth		N/A	
2.6.5.4	Parts that can be removed by an operator		N/A	
2.6.5.5	Parts removed during servicing		N/A	
2.6.5.6	Corrosion resistance		N/A	
2.6.5.7	Screws for protective bonding		N/A	
2.6.5.8	Reliance on telecommunication network or cable distribution system		N/A	

2.7	Overcurrent and earth fault protection in primary circuits	N/A	
2.7.1	Basic requirements		N/A	
	Instructions when protection relies on building installation		N/A	
2.7.2	Faults not covered in 5.3		N/A	
2.7.3	Short-circuit backup protection		N/A	
2.7.4	Number and location of protective devices	: 		N/A	
2.7.5	Protection by several devices		N/A	
2.7.6	Warning to service personnel	: 		N/A	

2.8	Safety interlocks	N/A	
2.8.1	General principles		N/A	
2.8.2	Protection requirements		N/A	
2.8.3	Inadvertent reactivation		N/A	
2.8.4	Fail-safe operation		N/A	
2.8.5	Moving parts		N/A	
2.8.6	Overriding		N/A	
2.8.7	Switches and relays		N/A	
2.8.7.1	Contact gaps (mm)	: 		N/A	
2.8.7.2	Overload test		N/A	
2.8.7.3	Endurance test		N/A	
2.8.7.4	Electric strength test		N/A	
2.8.8	Mechanical actuators		N/A	

2.9	Electrical insulation	Pass	
2.9.1	Properties of insulating materials		N/A	
2.9.2	Humidity conditioning		Pass	
	Humidity (%)	: 	95	-	
	Temperature (°C)	: 	30	-	
2.9.3	Grade of insulation	SELV - TNV: Basic insulation	Pass	

2.10	Clearances, creepage distances and distances through insulation	Pass	
2.10.1	General	Compliance was verified meausrements and by Electric Strength Test.	Pass	
2.10.2	Determination of working voltage		N/A	
2.10.3	Clearances		Pass	
2.10.3.1	General		Pass	
2.10.3.2	Clearances in primary circuit		N/A	
2.10.3.3	Clearances in secondary circuits	TNV-3 transient voltage of 1500 Vac considered. Compliance was verified meausrements and by Electric Strength Test. Refer to Table 2.10.3 and 2.10.4	Pass	
2.10.3.4	Measurement of transient voltage levels		N/A	
2.10.4	Creepage distances	Compliance was verified by Electric Strength Test.	Pass	
	CTI tests	: 		-	
2.10.5	Solid insulation		N/A	
2.10.5.1	Minimum distance through insulation		N/A	
2.10.5.2	Thin sheet material		N/A	
	Number of layers (pcs)	: 		-	
	Electric strength test	: 		-	
2.10.5.3	Printed boards		N/A	
	Distance through insulation		N/A	
	Electric strength test for thin sheet insulating material	: 		-	
	Number of layers (pcs)	: 		N/A	
2.10.5.4	Wound components		N/A	
	Number of layers (pcs)	: 		N/A	
	Two wires in contact inside wound component; angle between 45° and 90°	: 		N/A	
2.10.6	Coated printed boards		N/A	
2.10.6.1	General		N/A	
2.10.6.2	Sample preparation and preliminary inspection		N/A	
2.10.6.3	Thermal cycling		N/A	
2.10.6.4	Thermal ageing (°C)	: 		N/A	
2.10.6.5	Electric strength test	: 		-	
2.10.6.6	Abrasion resistance test		N/A	
	Electric strength test	: 		-	
2.10.7	Enclosed and sealed parts	: 		N/A	
	Temperature T1=T2 = Tma - Tamb +10K (°C)	: 		N/A	
2.10.8	Spacings filled by insulating compound	: 		N/A	
	Electric strength test	: 		-	
2.10.9	Component external terminations		N/A	
2.10.10	Insulation with varying dimensions		N/A	

3	WIRING, CONNECTIONS AND SUPPLY	Pass	
3.1	General	Pass	
3.1.1	Current rating and overcurrent protection		Pass	
3.1.2	Protection against mechanical damage		Pass	
3.1.3	Securing of internal wiring		Pass	
3.1.4	Insulation of conductors		Pass	
3.1.5	Beads and ceramic insulators		N/A	
3.1.6	Screws for electrical contact pressure		N/A	
3.1.7	Insulating materials in electrical connections		N/A	
3.1.8	Self-tapping and spaced thread screws		N/A	
3.1.9	Termination of conductors		N/A	
	10 N pull test		N/A	
3.1.10	Sleeving on wiring		N/A	

3.2	Connection to an a.c. mains supply or a d.c. mains supply	N/A	
3.2.1	Means of connection	Class III Device. Evaluated as part of the UL Listed extenal power supply investigation.	N/A	
3.2.1.1	Connection to an a.c. mains supply		N/A	
3.2.1.2	Connection to a d.c. mains supply		N/A	
3.2.2	Multiple supply connections		N/A	
3.2.3	Permanently connected equipment		N/A	
	Number of conductors, diameter (mm) of cable and conduits	: 		-	
3.2.4	Appliance inlets		N/A	
3.2.5	Power supply cords		N/A	
3.2.5.1	AC power supply cords		N/A	
	Type	: 		-	
	Rated current (A), cross-sectional area (mm²), AWG	: 		-	
3.2.5.2	DC power supply cords		N/A	
3.2.6	Cord anchorages and strain relief		N/A	
	Mass of equipment (kg), pull (N)	: 		-	
	Longitudinal displacement (mm)	: 		-	
3.2.7	Protection against mechanical damage		N/A	
3.2.8	Cord guards		N/A	
	D (mm); test mass (g)	: 		-	
	Radius of curvature of cord (mm)	: 		-	
3.2.9	Supply wiring space		N/A	

3.3	Wiring terminals for connection of external conductors	N/A	
3.3.1	Wiring terminals		N/A	
3.3.2	Connection of non-detachable power supply cords		N/A	
3.3.3	Screw terminals		N/A	
3.3.4	Conductor sizes to be connected		N/A	
	Rated current (A), cord/cable type, cross-sectional area (mm²)	: 		-	
3.3.5	Wiring terminal sizes		N/A	
	Rated current (A), type and nominal thread diameter (mm)	: 		-	
3.3.6	Wiring terminals design		N/A	
3.3.7	Grouping of wiring terminals		N/A	
3.3.8	Stranded wire		N/A	

3.4	Disconnection from the mains supply	N/A	
3.4.1	General requirement	Class III device.  Evaluated as part of the UL Listed extenal power supply investigation.	N/A	
3.4.2	Disconnect devices		N/A	
3.4.3	Permanently connected equipment		N/A	
3.4.4	Parts which remain energized		N/A	
3.4.5	Switches in flexible cords		N/A	
3.4.6	Single-phase equipment and d.c. equipment		N/A	
3.4.7	Three-phase equipment		N/A	
3.4.8	Switches as disconnect devices		N/A	
3.4.9	Plugs as disconnect devices		N/A	
3.4.10	Interconnected equipment		N/A	
3.4.11	Multiple power sources		N/A	

3.5	Interconnection of equipment	N/A	
3.5.1	General requirements		N/A	
3.5.2	Types of interconnection circuits	: 		N/A	
3.5.3	ELV circuits as interconnection circuits		N/A	

4	PHYSICAL REQUIREMENTS	Pass	
4.1	Stability	Pass	
	Angle of 10°	See test record for details.	Pass	
	Test: force (N)	: 		N/A	

4.2	Mechanical strength	Pass	
4.2.1	General		Pass	
4.2.2	Steady force test, 10 N		N/A	
4.2.3	Steady force test, 30 N		N/A	
4.2.4	Steady force test, 250 N	See test record for details.	Pass	
4.2.5	Impact test	See test record for details.	Pass	
	Fall test	See test record for details.	Pass	
	Swing test		N/A	
4.2.6	Drop test	See test record for details.	Pass	
4.2.7	Stress relief test	See test record for details.	Pass	
4.2.8	Cathode ray tubes		N/A	
	Picture tube separately certified	: 		N/A	
4.2.9	High pressure lamps		N/A	
4.2.10	Wall or ceiling mounted equipment; force (N)	: 		N/A	

4.3	Design and construction	Pass	
4.3.1	Edges and corners		Pass	
4.3.2	Handles and manual controls; force (N)	: 		N/A	
4.3.3	Adjustable controls		N/A	
4.3.4	Securing of parts		Pass	
4.3.5	Connection of plugs and sockets		Pass	
4.3.6	Direct plug-in equipment	Evaluated as part of the UL Listed extenal power supply investigation.	N/A	
	Dimensions (mm) of mains plug for direct plug-in	: 		N/A	
	Torque and pull test of mains plug for direct plug-in; torque (Nm); pull (N)	: 		N/A	
4.3.7	Heating elements in earthed equipment		N/A	
4.3.8	Batteries	2 pieces (AAA) Ni-MH, rated 1.2 V, 750 mA. See Critical Component list. See test record for details.	Pass	
4.3.9	Oil and grease		N/A	
4.3.10	Dust, powders, liquids and gases		N/A	
4.3.11	Containers for liquids or gases		N/A	
4.3.12	Flammable liquids	: 		N/A	
	Quantity of liquid (l)	: 		N/A	
	Flash point (°C)	: 		N/A	
4.3.13	Radiation; type of radiation		N/A	
4.3.13.1	General		N/A	
4.3.13.2	Ionizing radiation		N/A	
	Measured radiation (pA/kg)	: 		-	
	Measured high-voltage (kV)	: 		-	
	Measured focus voltage (kV)	: 		-	
	CRT markings	: 		-	
4.3.13.3	Effect of ultraviolet (UV) radiation on materials		N/A	
	Part, property, retention after test, flammability classification	: 		N/A	
4.3.13.4	Human exposure to ultraviolet (UV) radiation	: 		N/A	
4.3.13.5	Laser (including LEDs)		N/A	
	Laser class	: 		-	
4.3.13.6	Other types	: 		N/A	

4.4	Protection against hazardous moving parts	N/A	
4.4.1	General		N/A	
4.4.2	Protection in operator access areas		N/A	
4.4.3	Protection in restricted access locations		N/A	
4.4.4	Protection in service access areas		N/A	

4.5	Thermal requirements	N/A	
4.5.1	Maximum temperatures		N/A	
	Normal load condition per Annex L	: 		N/A	
4.5.2	Resistance to abnormal heat		N/A	

4.6	Openings in enclosures	Pass	
4.6.1	Top and side openings	Openings for interconnecting to TNV-3 network and L.P.S. Input, these are enclosed by the power jack and the Line Modular Jack. No other openings on Base enlcosures.	Pass	
	Dimensions (mm)	: 		-	
4.6.2	Bottoms of fire enclosures		N/A	
	Construction of the bottom	: 		-	
4.6.3	Doors or covers in fire enclosures		N/A	
4.6.4	Openings in transportable equipment		N/A	
4.6.5	Adhesives for constructional purposes		N/A	
	Conditioning temperature (°C)/time (weeks)	: 		-	

4.7	Resistance to fire	Pass	
4.7.1	Reducing the risk of ignition and spread of flame	Class III device, powered by Class 2 or LPS power supply.	Pass	
	Method 1, selection and application of components wiring and materials		Pass	
	Method 2, application of all of simulated fault condition tests		N/A	
4.7.2	Conditions for a fire enclosure		Pass	
4.7.2.1	Parts requiring a fire enclosure		N/A	
4.7.2.2	Parts not requiring a fire enclosure	Units are supplied by Class 2 or LPS sources and all components are mounted on min. V-1 PWB.	Pass	
4.7.3	Materials	Pass	
4.7.3.1	General		Pass	
4.7.3.2	Materials for fire enclosures		N/A	
4.7.3.3	Materials for components and other parts outside fire enclosures	See appended table 1.5.1.	Pass	
4.7.3.4	Materials for components and other parts inside fire enclosures		N/A	
4.7.3.5	Materials for air filter assemblies		N/A	
4.7.3.6	Materials used in high-voltage components		N/A	

5	ELECTRICAL REQUIREMENTS AND SIMULATED ABNORMAL CONDITIONS	Pass	
5.1	Touch current and protective conductor current	Pass	
5.1.1	General		Pass	
5.1.2	Equipment under test (EUT)		Pass	
5.1.3	Test circuit		Pass	
5.1.4	Application of measuring instrument		Pass	
5.1.5	Test procedure		Pass	
5.1.6	Test measurements		N/A	
	Test voltage (V)	: 		-	
	Measured touch current (mA)	: 		-	
	Max. allowed touch current (mA)	: 		-	
	Measured protective conductor current (mA)	: 		-	
	Max. allowed protective conductor current (mA)	: 		-	
5.1.7	Equipment with touch current exceeding 3.5 mA	: 		N/A	
5.1.8	Touch currents to and from telecommunication networks and cable distribution systems and from telecommunication networks		Pass	
5.1.8.1	Limitation of the touch current to a telecommunication network and a cable distribution system		Pass	
	Test voltage (V)	: 	120 V ac	-	
	Measured touch current (mA)	: 	<0.01	-	
	Max. allowed touch current (mA)	: 	0.25	-	
5.1.8.2	Summation of touch currents from telecommunication networks	: 		N/A	

5.2	Electric strength	Pass	
5.2.1	General	(see appended table 5.2)	Pass	
5.2.2	Test procedure		Pass	

5.3	Abnormal operating and fault conditions	Pass	
5.3.1	Protection against overload and abnormal operation		N/A	
5.3.2	Motors		N/A	
5.3.3	Transformers		Pass	
5.3.4	Functional insulation	: 	Functional insulation complies with the requirements (a), (b), or (c).	Pass	
5.3.5	Electromechanical components		N/A	
5.3.6	Simulation of faults		N/A	
5.3.7	Unattended equipment		N/A	
5.3.8	Compliance criteria for abnormal operating and fault conditions		N/A	

6	CONNECTION TO TELECOMMUNICATION NETWORKS	Pass	
6.1	Protection of telecommunication network service persons, and users of other equipment connected to the network, from hazards in the equipment	Pass	
6.1.1	Protection from hazardous voltages	Pass	
6.1.2	Separation of the telecommunication network from earth	N/A	
6.1.2.1	Requirements		N/A	
	Test voltage (V)	: 		-	
	Current in the test circuit (mA)	: 		-	
6.1.2.2	Exclusions	: 		N/A	

6.2	Protection of equipment users from overvoltages on telecommunication networks	Pass	
6.2.1	Separation requirements	Unit has no parts expected to be held or touched in normal use.  Hansdet is wireless.	Pass	
6.2.2	Electric strength test procedure		Pass	
6.2.2.1	Impulse test		N/A	
6.2.2.2	Steady-state test	(see appended table 5.2)	Pass	
6.2.2.3	Compliance criteria		Pass	

6.3	Protection of the telecommunication wiring system from overheating	N/A	
	Max. output current (A)	: 		-	
	Current limiting method	: 		-	

7	CONNECTION TO CABLE DISTRIBUTION SYSTEMS	N/A	
7.1	Protection of cable distribution system service persons, and users of other equipment connected to the system, from hazardous voltages in the equipment	N/A	
7.2	Protection of equipment users from overvoltages on the cable distribution system		N/A	
7.3	Insulation between primary circuits and cable distribution systems		N/A	
7.3.1	General		N/A	
7.3.2	Voltage surge test		N/A	
7.3.3	Impulse test		N/A	

A	Annex A, TESTS FOR RESISTANCE TO HEAT AND FIRE	N/A	
A.1	Flammability test for fire enclosures of movable equipment having a total mass exceeding 18 kg, and of stationary equipment (see 4.7.3.2)	N/A	
A.1.1	Samples	: 		-	
	Wall thickness (mm)	: 		-	
A.1.2	Conditioning of samples; temperature (°C)	: 		N/A	
A.1.3	Mounting of samples	: 		N/A	
A.1.4	Test flame		N/A	
A.1.5	Test procedure		N/A	
A.1.6	Compliance criteria		N/A	
	Sample 1 burning time (s)	: 		-	
	Sample 2 burning time (s)	: 		-	
	Sample 3 burning time (s)	: 		-	

A.2	Flammability test for fire enclosures of movable equipment having a total mass not exceeding 18 kg, and for material and components located inside fire enclosures (see 4.7.3.2 and 4.7.3.4)	N/A	
A.2.1	Samples, material	: 		-	
	Wall thickness (mm)	: 		-	
A.2.2	Conditioning of samples		N/A	
A.2.3	Mounting of samples		N/A	
A.2.4	Test flame		N/A	
A.2.5	Test procedure		N/A	
A.2.6	Compliance criteria		N/A	
	Sample 1 burning time (s)	: 		-	
	Sample 2 burning time (s)	: 		-	
	Sample 3 burning time (s)	: 		-	
A.2.7	Alternative test acc. to IEC 60695-2-2, cl. 4, 8		N/A	
	Sample 1 burning time (s)	: 		-	
	Sample 2 burning time (s)	: 		-	
	Sample 3 burning time (s)	: 		-	

A.3	Hot flaming oil test (see 4.6.2)	N/A	
A.3.1	Mounting of samples		N/A	
A.3.2	Test procedure		N/A	
A.3.3	Compliance criterion		N/A	

B	Annex B, MOTOR TESTS UNDER ABNORMAL CONDITIONS(see 4.7.2.2 and 5.3.2)	N/A	
B.1	General requirements		N/A	
	Position	: 		-	
	Manufacturer	: 		-	
	Type	: 		-	
	Rated values	: 		-	
B.2	Test conditions		N/A	
B.3	Maximum temperatures		N/A	
B.4	Running overload test		N/A	
B.5	Locked-rotor overload test		N/A	
	Test duration (days)	: 		-	
	Electric strength test: test voltage (V)	: 		-	
B.6	Running overload test for d.c. motors in secondary circuits		N/A	
B.7	Locked-rotor overload test for d.c. motors in secondary circuits	N/A	
B.7.1	Test procedure		N/A	
B.7.2	Alternative test procedure; test time (h)	: 		N/A	
B.7.3	Electric strength test		N/A	
B.8	Test for motors with capacitors		N/A	
B.9	Test for three-phase motors		N/A	
B.10	Test for series motors		N/A	
	Operating voltage (V)	: 		-	

C	Annex C, TRANSFORMERS (see 1.5.4 and 5.3.3)	Pass	
	Position	: 	T1	-	
	Manufacturer	: 	ETAL	-	
	Type	: 	P3189	-	
	Rated values	: 	Telephone line matching transformer.	-	
	Method of protection	: 	Impedance	-	
C.1	Overload test		N/A	
C.2	Insulation	Basic	Pass	
	Protection from displacement of windings	: 	3 flange bobbin	Pass	

D	Annex D, MEASURING INSTRUMENTS FOR TOUCH-CURRENT TESTS	N/A	
D.1	Measuring instrument		N/A	
D.2	Alternative measuring instrument		N/A	

E	Annex E, TEMPERATURE RISE OF A WINDING	N/A	

F	Annex F, MEASUREMENT OF CLEARANCES AND CREEPAGE DISTANCES (see 2.10)	N/A	

G	Annex G, ALTERNATIVE METHOD FOR DETERMINING MINIMUM CLEARANCES	N/A	
G.1	Summary of the procedure for determining minimum clearances		N/A	
G.2	Determination of mains transient voltage (V)		N/A	
G.2.1	AC mains supply		N/A	
G.2.2	DC mains supply		N/A	
G.3	Determination of telecommunication network transient voltage (V) :	: 		N/A	
G.4	Determination of required withstand voltage (V)	: 		N/A	
G.5	Measurement of transient levels (V)	: 		N/A	
G.6	Determination of minimum clearances	: 		N/A	

H	ANNEX H, IONIZING RADIATION (see 4.3.13)	N/A	

J	Annex J, TABLE OF ELECTROCHEMICAL POTENTIALS (see 2.6.5.6)	N/A	
	Metal used	: 		-	

K	ANNEX K, THERMAL CONTROLS (see 1.5.3 and 5.3.7)	N/A	
K.1	Making and breaking capacity		N/A	
K.2	Thermostat reliability; operating voltage (V)	: 		N/A	
K.3	Thermostat endurance test; operating voltage (V)	: 		N/A	
K.4	Temperature limiter endurance; operating voltage (V)	: 		N/A	
K.5	Thermal cut-out reliability		N/A	
K.6	Stability of operation		N/A	

L	Annex L, NORMAL LOAD CONDITIONS FOR SOME TYPES OF ELECTRICAL BUSINESS EQUIPMENT (see 1.2.2.1 and 4.5.1)	N/A	
L.1	Typewriters		N/A	
L.2	Adding machines and cash registers		N/A	
L.3	Erasers		N/A	
L.4	Pencil sharpeners		N/A	
L.5	Duplicators and copy machines		N/A	
L.6	Motor-operated files		N/A	
L.7	Other business equipment		N/A	

M	Annex M, CRITERIA FOR TELEPHONE RINGING SIGNALS (see 2.3.1)	N/A	
M.1	Introduction		N/A	
M.2	Method A		N/A	
M.3	Method B	N/A	
M.3.1	Ringing signal		N/A	
M.3.1.1	Frequency (Hz)	: 		-	
M.3.1.2	Voltage (V)	: 		-	
M.3.1.3	Cadence; time (s), voltage (V)	: 		-	
M.3.1.4	Single fault current (mA)	: 		-	
M.3.2	Tripping device and monitoring voltage	: 		N/A	
M.3.2.1	Conditions for use of a tripping device or a monitoring voltage		N/A	
M.3.2.2	Tripping device		N/A	
M.3.2.3	Monitoring voltage (V)	: 		N/A	

N	Annex N, IMPULSE TEST GENERATORS (see 2.10.3.4, 6.2.2.1, 7.3.2 and clause G.5)	N/A	
N.1	ITU-T impulse test generators		N/A	
N.2	IEC 60065 impulse test generator		N/A	

P	Annex P, NORMATIVE REFERENCES	Pass	

Q	Annex Q, BIBLIOGRAPHY	Pass	

R	Annex R, EXAMPLES OF REQUIREMENTS FOR QUALITY CONTROL PROGRAMMES	N/A	
R.1	Minimum separation distances for unpopulated coated printed boards (see 2.10.6)		N/A	
R.2	Reduced clearances (see 2.10.3)		N/A	

S	Annex S, PROCEDURE FOR IMPULSE TESTING (see 6.2.2.3)	N/A	
S.1	Test equipment		N/A	
S.2	Test procedure		N/A	
S.3	Examples of waveforms during impulse testing		N/A	

T	Annex T, GUIDANCE ON PROTECTION AGAINST INGRESS OF WATER (see 1.1.2)	N/A	
		: 		-	

U	Annex U, INSULATED WINDING WIRES FOR USE WITHOUT INTERLEAVED INSULATION (see 2.10.5.4)	N/A	
		: 		-