[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.

[Features]· Automatically stops reverse winding, caused by wire slackness or slow winding, etc., at the same time it occurs.· A clutch protects the reducer if a shock load is applied.· The wire runout is kept constant by the guide sheave, reducing load swaying.