UPT-4RD/LED60 Push-in type black fuse terminal blocks

Short Description:

Briefly：For power distribution blocks, the terminal blocks can be bridged with each other using conductor shafts, the corresponding plug-in bridges can be found in the accessories at the bottom.

Working current: 6.3A，Operating Voltage: 400 V

Wiring method: Push-in spring connection.

Rated wiring capacity: 4mm²^.

Installation method: NS 35/7,5，NS 35/15，

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Technical Data

Product Tags

Advantage

The Push-in direct connection technology make the insertion forces reduced by up to 50 percent and tool-free wiring, enable the conductors to be inserted easily and directly.
Made from engineering flame retardants nylon PA66 with brass screw metal.

Made from engineering flame retardants nylon PA66 with brass screw metal.

●The Push-in connection terminal blocks are characterized by easy and tool-free wiring of conductors with ferrules or solid conductors.
●The compact design and front connection enable wiring in a confined space.
●In addition to the testing facility in the double function shaft, all terminal blocks provide an additional test connection.

Details parameters

Product Image
Product number	UPTC-4RD	UPTC-4RD/LA250	UPT-4RD/LED24	UPT-4RD/LED60	UPT-4RD/LA250	UPT-4RD/C/LED60
product type	Rail wiring distribution block	Rail wiring distribution block	Rail wiring distribution block	Rail wiring distribution block	Rail wiring distribution block	Rail wiring distribution block
Mechanical structure	Push-in spring connection	Push-in spring connection	Push-in spring connection	Push-in spring connection	Push-in spring connection	Push-in spring connection
layers	1	1	1	1	1	1
Electric potential	1	1	1	1	1	1
connection volume	2	2	2	2	2	2
Rated cross section	4 mm²	4 mm²	4 mm²	4 mm²	4 mm²	4 mm²
Rated current	6.3A	6.3A	6.3A	6.3A	6.3A	6.3A
Rated voltage	400V	250V	24V	60V	250V	60V
open side panel	Yes	Yes	Yes	Yes	Yes	Yes
grounding feet	no	no	no	no	no	no
other	The connecting rail needs to install the rail foot F-NS35	The connecting rail needs to install the rail foot F-NS35	The connecting rail needs to install the rail foot F-NS35	The connecting rail needs to install the rail foot F-NS35	The connecting rail needs to install the rail foot F-NS35	The connecting rail needs to install the rail foot F-NS35
Application field	Widely used in electrical connection, industrial	Widely used in electrical connection, industrial	Widely used in electrical connection, industrial	Widely used in electrical connection, industrial	Widely used in electrical connection, industrial	Widely used in electrical connection, industrial
color	(orange)、（black）、customizable	(orange)、（black）、customizable	(orange)、（black）、customizable	(orange)、（black）、customizable	(orange)、（black）、customizable	(orange)、（black）、customizable

With universal foot which can be installed on Din Rail NS 35.
It can connect two conductors with ease, even large conductor cross sections are not a problem.
Electric potential distribution can use fixed bridges in the terminal center.
All types of accessories: End cover, End Stopper, Partition plate, marker trip, fixed bridge, insertion bridge, etc.

Details parameters：

Stripping length	8mm — 10mm	8mm — 10mm	8mm — 10mm	8mm — 10mm	8mm — 10mm	8mm — 10mm
Rigid Conductor Cross Section	0.2mm² — 6mm²	0.2mm² — 6mm²	0.2mm² — 6mm²	0.2mm² — 6mm²	0.2mm² — 6mm²	0.2mm² — 6mm²
Flexible conductor cross section	0.2mm² — 4mm²	0.2mm² — 4mm²	0.2mm² — 6mm²	0.2mm² — 6mm²	0.2mm² — 6mm²	0.2mm² — 6mm²
Rigid Conductor Cross Section AWG	24-10	24-10	24-10	24-10	24-10	24-10
Flexible Conductor Cross Section AWG	24-10	24-10	24-10	24-10	24-10	24-10

thickness	8.2mm	8.2mm	6.2mm	6.2mm	6.2mm	8.2mm
width	67.8mm	67.8mm	55.8mm	55.8mm	55.8mm	67.8mm
high	41.5mm	41.5mm	63.34mm	63.34mm	63.34mm	41.5mm
NS35/7.5 high	43mm	43mm	64.8mm	64.8mm	64.8mm	43mm
NS35/15 high
NS15/5.5 high

Flame retardant grade, in line with UL94	V0	V0	V0	V0	V0	V0
Insulation Materials	PA	PA	PA	PA	PA	PA
Insulation material group	I	I	I	I	I	I

standard test	IEC 60947-7-1	IEC 60947-7-1	IEC 60947-7-1	IEC 60947-7-1	IEC 60947-7-1	IEC 60947-7-1
Rated voltage（III/3）	500V	250V	24V	60V	250V	60V
Rated current（III/3）	6.3A	6.3A	6.3A	6.3A	6.3A	6.3A
Rated surge voltage	8kv	8kv	8kv	8kv	8kv	8kv
Overvoltage class	III	III	III	III	III	III
pollution level	3	3	3	3	3	3

Surge Voltage Test Results	Passed the test	Passed the test	Passed the test	Passed the test	Passed the test	Passed the test
Power frequency withstand voltage test results	Passed the test	Passed the test	Passed the test	Passed the test	Passed the test	Passed the test
Temperature rise test results	Passed the test	Passed the test	Passed the test	Passed the test	Passed the test	Passed the test

Ambient temperature (operating)	-60 °C — 105 °C (Maximum short-term operating temperature, electrical characteristics are relative to temperature.)	-60 °C — 105 °C (Maximum short-term operating temperature, electrical characteristics are relative to temperature.)	-60 °C — 105 °C (Maximum short-term operating temperature, electrical characteristics are relative to temperature.)	-60 °C — 105 °C (Maximum short-term operating temperature, electrical characteristics are relative to temperature.)	-60 °C — 105 °C (Maximum short-term operating temperature, electrical characteristics are relative to temperature.)	-60 °C — 105 °C (Maximum short-term operating temperature, electrical characteristics are relative to temperature.)
Ambient temperature (storage/transport)	-25 °C — 60 °C (short term (up to 24 hours), -60 °C to +70 °C)	-25 °C — 60 °C (short term (up to 24 hours), -60 °C to +70 °C)	-25 °C — 60 °C (short term (up to 24 hours), -60 °C to +70 °C)	-25 °C — 60 °C (short term (up to 24 hours), -60 °C to +70 °C)	-25 °C — 60 °C (short term (up to 24 hours), -60 °C to +70 °C)	-25 °C — 60 °C (short term (up to 24 hours), -60 °C to +70 °C)
Ambient temperature (assembled)	-5 °C — 70 °C	-5 °C — 70 °C	-5 °C — 70 °C	-5 °C — 70 °C	-5 °C — 70 °C	-5 °C — 70 °C
Ambient temperature (execution)	-5 °C — 70 °C	-5 °C — 70 °C	-5 °C — 70 °C	-5 °C — 70 °C	-5 °C — 70 °C	-5 °C — 70 °C
Relative Humidity (Storage/Transportation)	30 % — 70 %	30 % — 70 %	30 % — 70 %	30 % — 70 %	30 % — 70 %	30 % — 70 %