Size 40 Dual (Multiturn) DigiSolver
3. MultiTurn:
18bit Binary over 64 turns; 15bit BCD or Standard Gray over 32 turns; Size 40 (E5N series) or explosionproof housing (E8N series). Internal gear train ratios of 64:1 or 32:1.
Single or MultiTurn Operation
The DigiSolver is an absolute encoder; that is, it keeps track of the exact shaft position even during power outage or switchingoff the machine. At powerup, the DigiSolver's output will indicate the exact shaft position, even if the machine moved during the power outage.
In a singleturn operation, the machine cycle is completed during one complete revolution of the transducer shaft, whereas in a multiturn operation the transducer shaft needs to make more than one turn for a complete machine cycle.
Example Part Numbers and Descripts are listed below:
E5NG5,108POME  Dual Multiturn DigiSolver with military connector, NEMA 13, size 40 (4" dia), Heavy Duty, Gray code Output (32 total turns), Input 830 VDC,PNP Sourcing Transistor Digital Output 
E5ND5,108PPME  Dual Multiturn DigiSolver with military connector, NEMA 13, size 40 (4" dia), Heavy Duty, BCD Output (32 total turns), Input 830 VDC,PNP Sourcing Transistor Digital Output with PCsync circuit 
Specifications
ELECTRICAL 
Logic TRUE: Transistor ON, 1.7 V drop @ 100 Ma 
E5N  E7N  E8N  Network Resolvers 

Maximum Starting Torque @ 25° C (oz.in): 
8.0  5.0  8.0  E5, E7, and E8 Model Dependent 
Moment of Inertia (gm/cm2) 
45  45  454  E5, E7, and E8 Model Dependent 
Shaft Sizes:  5/8"  3/8"  5/8"  E5, E7, and E8 Model Dependent 
Maximum Shaft Load Axial (lbs): Radial (lbs): 
50 100 
40 36 
50 100 
E5, E7, and E8 Model Dependent 
Bearing Life at Max. Mfr. Spec. (Rev.): 
2 x 10  2. x 10  2 x 10  E5, E7, and E8 Model Dependent 
Weight (lb.)  4.5  2  6.5  E5, E7, and E8 Model Dependent 
Shock:  200 g for 11 ms  
Vibration:  20 g to 2000 Hz  
Operating Temperature (Ambient): 
10° C to 85° C  10° C to 85° C  10° C to 85° C  10° C to 70° C 
Storage Temperature  85° C to 302° C  
Enclosure:  NEMA 13  NEMA 13  NEMA 4X Div. 1, Class 1, Groups B, C, and D 
Depends on Model 