User's Manual

Installation and Setup

3A0417D 13

TABLE 1: Dip Switch Settings

• Amount of discharge in cc (1cc = 0.9 gram lubricant) per 100 operating hours.

• White square indicates position of dip switch.

Determining proper dip switch settings to achieve optimal lubrication

In the “normal mode” (per 100 operating

hours).

Example:

A roller bearing is to be provided with 14 cc of

lubricant every 500 hours of operation: 14 cc 

500 hours = 0.028 cc per hour = 2.8 cc per 100

hours.

Table 1 shows the 3 different settings that are

possible for each lubrication canister size.

Variation 1: 2.78 cc/100

hours for a 60 cc Lubrication

canister (EM-60).

Variation 2: 2.78 cc/100

hours for a 120 cc Lubrication

canister (EM-120).

Variation 3: 2.89 cc/100

hours for a 250 cc Lubrication

canister (EM-250).

Canister

Size

EM-60 EM-120 EM-250

Discharge period

Dip Switch

Position

8.33 16.67 34.72 1 month continuous operation

2.78 5.56 11.57 3 months continuous operation

1.39 2.78 5.79 6 months continuous operation

0.69 1.39 2.89 12 months continuous operation

VOL

TIME