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Table 1 Release mode and accessory code 

 

 

  

 

HYM1L-125 

HYM1L-250 

HYM1L-400 

HYM1L-630 

3-pole,  

4-pole 

Type A 

4-pole 

Type B 

3-pole,  

4-pole 

Type A 

4-pole 

Type B 

3-pole,  

4-pole 

Type A 

4-pole 

Type B 

208, 308

 

Alarm contact 

 

 

 

 

 

 

210, 310

 

Shunt trip 

 

 

 

 

 

 

220, 320

  Auxiliary contact 

 

 

 

 

 

 

230, 330

 

Undervoltage 

release 

 

 

 

 

 

 

240, 340 

Shunt trip 

Auxiliary contact 

— 

 

— 

 

— 

 

250, 350 

Shunt trip 

Undervoltage 

release 

— 

 

— 

 

— 

 

260, 360 

2 sets of auxiliary 

contacts 

— 

— 

— 

 

— 

 

270, 370 

Auxiliary contact 

Undervoltage 

release 

— 

— 

— 

 

— 

 

218, 318 

Shunt trip 

Alarm contact 

— 

 

— 

 

— 

 

228, 328

  Auxiliary contact 

Alarm contact 

 

 

 

 

 

 

238, 338

 

Undervoltage 

release 

Alarm contact 

— 

— 

— 

— 

 

 

248, 348 

Shunt trip 

Auxiliary contact 

Alarm contact 

— 

 

— 

 

— 

 

268, 368 

2 sets of auxiliary 

contacts 

Alarm contact 

— 

— 

— 

 

— 

 

278, 378 

Auxiliary contact 

Undervoltage 

release 

Alarm contact 

— 

— 

— 

— 

— 

 

Note: 

  In the release mode and internal accessory code: The first digit 2 indicates electromagnetic 

(instantaneous) release, and 3 indicates thermal-electromagnetic (complex) release. The last 

two digits indicate the internal accessory code, or 00 if there is no accessory. 

  In HYM1L-400 and 630, the auxiliary contacts of sizes 228, 328, 248 and 348 are a pair of 

contacts (i.e. one normally-open contact and one normally-closed contact), and the auxiliary 

contacts of sizes 268 and 368 are three pairs of contacts (i.e. three normally-open contacts 

and three normally-closed contacts). The configuration of other auxiliary contacts is shown in 

Table 2. 

  The auxiliary contacts of sizes 220, 320, 240 and 340 in HYM1L-125 and 250 can be provided 

with two pairs of contacts (i.e. two normally-open contacts and two normally-closed contacts), 

which however, must be noted when ordering. 

  If the HYM1L series is equipped with earth leakage alarm unit module (that is, earth leakage 

alarm without tripping), only the accessories of the specification with ▲ are provided.

 

 

 

Model

 

Release 

mode and 

internal 

accessory 

code

 

Accessory 

name

 

Number of  

poles and 

N-pole form

 

Summary of Contents for HYM1L Series

Page 1: ...e read the instruction carefully and well keep it for future reference Product Certificate This product has passed the inspection and meets the requirements of GB T 14048 2 and therefore is allowed to...

Page 2: ...h alarm contact shunt trip undervoltage release auxiliary contact handle rotation operating mechanism electric operating mechanism and other accessories and can adopt the wiring in front of the plate...

Page 3: ...erprise code Note 1 2P is denoted by 2 3P is denoted by 3 and 3P N and 4P are denoted by 4 2 The type of neutral pole N pole of the 4 pole circuit breaker is divided into Type A The N pole is not equi...

Page 4: ...nstantaneous release and 3 indicates thermal electromagnetic complex release The last two digits indicate the internal accessory code or 00 if there is no accessory In HYM1L 400 and 630 the auxiliary...

Page 5: ...sidual short circuit making breaking capacity I m kA Flashover distance mm HYM1L 125L 230 2 16 20 25 32 40 50 63 80 100 125 35 22 Type A Type AC 50 100 200 300 500 1 2 I n 1 4 Icu 50 400 3 4 HYM1L 125...

Page 6: ...ld state Conventional tripping current 1 30In lh 2h Thermal state 3 See Table 6 for the interruption characteristics of inverse time operation of the earth leakage circuit breaker for motor protection...

Page 7: ...upply voltage is lower than 35 of the rated power supply voltage the undervoltage release shall prevent the earth leakage circuit breaker from closing When the power supply voltage is equal to or grea...

Page 8: ...iary power supply Us Whether S2 S3 and S1 S2 are closed in each working state can be detected by a multimeter 10 See Table 8 and Table 9 for the cross section area of connecting conductor of earth lea...

Page 9: ...ircuit Figure 2 Principle of operation VI Outline and Installation Dimensions see Figure 3 and Table 10 Table 10 Outline and installation dimensions Model Number of poles Outline dimensions max nm Ins...

Page 10: ...megger b Measure the insulation resistance between terminals 1 2 3 4 and 5 6 when the earth leakage circuit breaker is switched off c Measure the insulation resistance between the terminals of the mai...

Page 11: ...electric shock caused by contact with two load lines at the same time and therefore users shall pay attention to the electricity safety 2 Do not test the device by means of short circuit between phas...

Page 12: ...ling damage during transportation etc after purchase 4 Earthquake fire lightning strike abnormal voltage other natural disasters and secondary disasters etc In case of any questions please contact the...

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