JXT series universal relay (JXT type)Detailed product description：

Application of DZ-6 series universal relay (JXT type)
DZ-6 (JXT) series universal relays are used in various automatic control devices, program control, and communication equipment for switching AC and DC circuits.

2 Working principle and structure
2.1 The relay is a small electromagnetic relay. When the coil is energized, the armature attracts, the dynamic contact closes, and the dynamic contact opens. When the coil loses power, the armature resets, the dynamic contact opens, and the dynamic contact closes.
2.2 There are three types of structures
2.2.1 Type F is a plug-in socket that is welded onto the board.
2.2.2 Type B is a plug-in type, which is connected to the socket with screws before the board is installed.
2.2.3 Type C is suitable for printed circuit board terminal type, without a cover.
2.3 The external dimension diagram, installation opening diagram, and internal wiring diagram are shown in the figure.



Left is DZ-6B 3Z, right is DZ-6B 2Z (plug-in board front screw connection socket)


Left is DZ-6B 3Z, right is DZ-6B 2Z (plug-in board with front screw connection to rail socket)


DZ-6C

DZ-6F 3Z


DZ-6F 2Z


Figure 2 shows the installation opening diagram for DZ-6F 3Z, DZ-6F 2Z, DZ-6B 2Z, and DZ-6C

DZ-6F 2Z DZ-6B 2Z

DZ-6F 3Z DZ-6B 3Z

DZ-6F 2ZA DZ-6B 2ZA

DZ-6F 3ZA DZ-6B 3ZA

DZ-6F 3ZB DZ-6B 3ZB

Figure 3 Internal wiring diagram

3 Model specifications: see Table 1


*Note: The terminal arrangement represented by codes A and B is shown in Figure 3, and unmarked codes refer to conventional arrangements.

3.2 Model specifications (see Table 1)

model	contact form	rated voltage
		DC(V)	AC(V)
DZ-6F2Z DZ-6F2ZA	2-pay conversion	6，12，24， 48，110，220	6，12，24， 36，110，127， 220，380
DZ-6F3Z DZ-6F3ZA DZ-6F3ZB	3 Payment Conversion
DZ-6B2Z DZ-6B2ZA	2-pay conversion
DZ-6B3Z DZ-6B3ZA DZ-6B3ZB	3 Payment Conversion
DZ-6C2Z DZ-6C3Z	2-pay conversion 3 Payment Conversion

Technical data of DZ-6 series universal relay (JXT type)
4.1 Operating voltage: AC type not exceeding 85% of rated voltage;
The DC type shall not exceed 80% of the rated voltage.
4.2 Return voltage: AC type not exceeding 15% of rated voltage;
The DC type shall not exceed 10% of the rated voltage.
4.3 Action time: not exceeding 20ms.
4.4 Contact Capacity: See Table 2-3.
Table 2 Contact breaking capacity

Load performance		Resistive load cos&=1		Inductive load cos&=0.4 L/R=5ms
Coil power consumption Current value (A) Voltage value (V)		AC.2.5VA DC.1.5W	DC.1W	AC.2.5VA DC.1.5W	DC.1W
AC	two hundred and twenty	three	two	one	zero point seven
	three hundred and eighty	one point two	zero point eight	zero point four	zero point two eight
DC	six	three	two	one point five	one
	twelve	two point seven	one point eight	one	zero point seven
	twenty-four	one point eight	one point two	zero point five	zero point one eight
	two hundred and twenty	zero point two	zero point one five	-	-

Table 3 Maximum breaking capacity of contacts

Load performance		Resistive load cos&=1		Inductive load cos&=0.4 L/R=5ms
Coil power consumption Current value (A) Voltage value (V)		AC.2.5VA DC.1.5W	DC.1W	AC.2.5VA DC.1.5W	DC.1W
AC	two hundred and twenty	seven point five	five	three	two
	three hundred and eighty	three	two	one	zero point seven
DC	six	ten	five	seven	four point six
	twelve	ten	four point six	five	four point three
	twenty-four	ten	three	three	two point four
	two hundred and twenty	zero point three	zero point three	zero point one	zero point zero five

4.5 Electrical lifespan: 105 times at the maximum breaking capacity of the contact; At the rated breaking capacity of the contact point, 5 × 105 times.
4.6 Dielectric strength: Between the conductive and non-conductive parts of the relay, as well as between the coil circuit and the contact circuit, it can withstand an AC of 50Hz, a voltage of 2 kV, and a test duration of 1 minute without breakdown or flashover.

5 Ordering Instructions
Please specify when placing an order
5.1 The name and model of the relay are not specified, and A and B are supplied in accordance with the conventional wiring terminal arrangement;
5.2 Rated parameters;
5.3 Order quantity;
5.4 Delivery method.