鍨�淇¤櫉鎺у埗闆荤簻 铏�
Model淇¤櫉鎺у埗闆荤簻

鍚� 绋�
Debions

浣� 鐢� 鑼� 鍦�淇¤櫉鎺у埗闆荤簻
Use scope

MHYV(PUYV)

鑱氫箼鐑禃绶ｈ仛姘箼鐑濂楃う鐢ㄤ俊铏熼浕绾�
PE insulated PVC sheathed communication cables for coal mine

鐢ㄤ簬浜曚笅骞冲贩銆佹枩宸峰強姗熼浕纭愬浣滄櫘閫氫俊铏熷偝杓�
Used in level; or slanted channels and power house

MHYVR(PUYVR)

鑱氫箼鐑禃绶ｈ仛姘箼鐑濂楃う鐢ㄤ俊铏熼浕绾�
PE insulated PVC sheathed communication cables for coal mine

鐢ㄤ簬浜曚笅骞冲贩銆佹枩宸峰強姗熼浕纭愬浣滄櫘閫氫俊铏熷偝杓�
Used in level; or slanted channels and power house

MHYVP(PUYVP)

鑱氫箼鐑禃绶ｉ妳绲茬法绻斿睆钄借仛姘箼鐑濂楃う鐢ㄤ俊铏熼浕绾�

PE insulated copper wire weave shielded PVC sheathed communication cables

鐢ㄤ簬浜曚笅骞叉摼杓冨ぇ鐨勫牬鍚堜綔淇¤櫉鍌宠几
Served in coal mine where interference is strong

MHYVRP(PUYVRP)

鑱氫箼鐑禃绶ｈ仛姘箼鐑濂楅妳绲茬法绻旂う鐢ㄥ睆钄戒俊铏熻粺闆荤簻
PE insulated copper wire weave shielded PVC sheathed communication soft cables

鐢ㄤ簬浜曚笅骞叉摼杓冨ぇ鐨勫牬鍚堜綔淇¤櫉鍌宠几
Served in coal mine where interference is strong

MHYBV(PUYV31)

鑱氫箼鐑禃绶ｉ崓閶呴嫾绲茬法绻旈帶瑁濊仛姘箼鐑濂楃う鐢ㄤ俊铏熼浕绾�
PE insulated tinned steel wire weave armored PVC sheathed communication cables

鐢ㄤ簬浜曚笅骞冲贩鎴栨枩宸蜂綔涓讳俊铏熷偝杓歌兘鎵垮彈涓€瀹氱殑姗熸娌栨搳鍔�
Served in level and slanted channels where the mechanic impact is strong

MHY32 (PUYV39銆�39-1)

鑱氫箼鐑禃绶ｈ仛姘箼鐑濂楅嫾绲查帶瑁濈う鐢ㄤ俊铏熼浕绾�
PE insulated steel wire armored PVC sheathed communication cables

鐢ㄤ簬璞庝簳鎴栨枩浜曚綔涓讳俊铏熷偝杓歌兘鎵垮彈杓冨ぇ鐨勬媺鍔�
Served as major signal line in shaft or slanted shaft in coal mines,capable of being under considerable pull force

闀锋湡鍏佽ū宸ヤ綔婧害
Long-term service temperature of the cable conductor

70鈩�

鏁疯ō婧害 Cable laying temperature

鈮�0鈩�

+25鈩�鏅傜挵(hu谩n)澧冪浉灏嶆繒搴� Environment relative humidity at 25鈩�

鈮�95%

鍌宠几闋荤巼 Transmission frequency of cable

鈮�30KHz

绀︾敤淇¤櫉闆荤簻鐨勬渶灏忓綆鏇插崐寰� Minimun bending radius

MHYVR鍙�MHYVRP鍨嬮浕绾滅偤闆荤簻澶栧緫鐨�10鍊�锛屽叾瀹冨瀷铏熺偤澶栧緫鐨�15鍊�
10 times of the cable outer diameter of MHJYV, and 15times for the rest

绀︾敤淇¤櫉闆荤簻
鍨嬭櫉
Model

绀︾敤淇¤櫉闆荤簻
妯欐簴鎴潰 Nominal sectional area(mm²)

0.5

0.75

0.8 1.0

1.5

0.5

0.75

0.8

1.0

1.5  0.5

0.75

0.8

1.0

1.5

-

鑺� 鏁�(sh霉)Core No.

灏� 鏁�(sh霉)Pair No.

灏庨珨绲愭Conductor structure

MHYV

2-7

2-10

1/0.8
7/0.30

1/0.97
7/0.37

-

1/1.13
7/0.43

1/1.38
7/0.52

MHYVR

2-7

2-10

-

42/0.15

-

32/0.20

48/0.20

MHYVP

2-7

2-10

1/0.8
7/0.30

1/0.97
7/0.37

-

1/1.13
7/0.43

1/1.38
7/0.52

MHYVRP

2-7

2-10

-

42/0.15

-

32/0.20

48/0.20

MHYBV

2-7

2-10

-

1/0.97
7/0.37
42/0.15

1/1.0

1/1.13
7/0.43
32/0.20

1/1.38
7/0.52
48/0.20

MHY32

-

3-7

2-19

-

1/0.97
7/0.37

-

1/1.13
7/0.43

1/1.38
7/0.52

绀︾敤淇¤櫉闆荤簻
鍨�铏�Model

妯欑ū鎴潰
Nominal sectional area
mm²

灏� 楂� 绲� 妲� Conductor structure

20鈩�鏅傚皫楂旂洿娴侀浕闃�
DC resistance of the conductor at 20鈩�
(鈮の�/Km)

鍥烘湁琛版笡 Intrinsic attenuation
(800Hz) (鈮B/Km)

绋� 椤�Type

鏍规暩(sh霉)/鍠窔妯欑ū鐩村緫 PC.No./Single track diameter(mm)

MHYV
MHYVR

MHYVRP
MHYVP

MHYBV
MHY32

0.5

1

1/0.8

36.0

1.0

2

7/0.30

36.0

0.75

1

1/0.97

24.5

0.8

2

7/0.37

24.5

6

42/0.15

26.0

0.8

1

1/1.0

25.8

0.7

1.0

1

1/1.13

18.1

0.65

2

7/0.43

18.1

5

32/0.20

19.5

1.5

1

1/1.38

12.1

0.5

2

7/0.52

12.1

5

48/0.20

13.3

搴� 铏�
Serial number

闋呯洰Items

鐓ょう鐢ㄩ€氫俊闆荤簻鎶€琛撴€ц兘
Technical perbances

1

+20鈩�绶氳姱灏庨珨鐩存祦闆婚樆(鈮の�/Km) Line core DC resistance at 20鈩�

瑕嬩笂琛� See above table

2

鍥烘湁琛版笡(鈮B/Km) Cable intrinsic attenuation

瑕嬩笂琛� See above table

3

+20鈩�绲曠罚闆婚樆(鈮惟 Km) Insulating resistance at 20鈩�

5000

4

绀︾敤淇¤櫉闆荤簻lmin宸ラ牷浜ゆ祦闆诲瑭﹂ 
lmin power frequency alternating current pressure test

鑺�-鑺�
Core - core
鑺�-灞忚斀
Core - hield

1500V涓嶆搳绌�(50Hz)
1500V Does not penetrate

5

宸ヤ綔闆诲(鈮の糉/Km) Cable service capacity

0.06(800Hz)

6

閬犵涓查煶琛版笡(鈮B/500) Far-end crosstalk attenuation

70(800Hz)

7

闆绘劅(鈮の糎/Km) Inductance

800(800Hz)

8

宸ヤ綔灏嶇洿娴侀浕闃诲樊(鈮�%鐠�(hu谩n)闃�) DC resistance difference

2

9

鍠牴鍨傜洿鐕冪噿瑭﹂ Combustion for single cable test

MT386

10

鎴愭潫鐕冪噿瑭﹂ Combustion for bunched cable test

绗﹀悎GB/T18380妯欐簴涓�B椤炴垚鏉熺噧鐕掕│椹楄姹�
Conbs to GB/T18380 standard B kind becomes ties the burning test