Innovista Sensors CROUZET 801400TNI21, User And Safety Manual

Page: 25 / 39

TNi21
07 April 2016 Page
24/38
7. TECHNICAL CHARACTERISTICS
7.1. Electrical data
Maximum product characteristics
Parameters Value Unit
Supply voltage V
DC_MAX
56
(*)
V
Maximum current I
DC_MAX
20 A
Maximum voltage at the inputs V
IN_MAX
50
(*)
V
Maximum voltage at the outputs V
OUT_MAX
56
(*)
V
Maximum current at the outputs I
OUT_MAX
50 mA
Operating characteristics
Parameters Min. Typical Max. Unit
Power supply voltage V
DC
10 12 / 24 / 32 36 V
Peak current I
DC
- - 17 A
Motor consumption at rest without holding I
0
- 75 - mA
Input characteristics
Parameters Min. Typical Max. Unit
Input impedance between E1 and E2 R
IN_TOR
- 57 -
kΩ
Input impedance between E3 and E4 R
IN_ANA/PWM
- 69 -
kΩ
Low logic level on inputs E1 to E2 V
IL_TOR
0 - 2 V
High logic level on inputs E1 to E2 V
IH_TOR
4 - 50
(*)
V
Low logic level on inputs E3 to E4 V
IL_PWM
0 - 2 V
High logic level on inputs E3 to E4 V
IH_PWM
7.5 - 50
(*)
V
Frequency of PWMs on input 100 - 2000 Hz
Resolution of proportional inputs 10 bits
Output characteristics
Parameters Min. Typical Max. Unit
Low logic level on outputs S1 to S3 V
OL
R
L
= 4K7Ω, V
DC
= 24V
0 - 0.2 V
High logic level on outputs S1 to S3 V
OL
R
L
= 4K7Ω, V
CC
= 24V
V DC
–
0.5V
- V DC V
Type PNP open slip-ring
(*)
36V prior to 15 October 2015
7.2. Generic data
General characteristics
Parameters Value Unit
Motor ambient temperature -30 to +70 °C
Insulation class (complies with directive IEC 60085) E /
Protection index (other than shaft axis) IP65M /