KROHNE IFC 210 E-EEx EN User Manual
Page 93
Part D Technical Data, Measuring Principle and Block Diagram Sect. 14
05/2002
IFC 210 E
93
Keyword Section
No.
Fct.
No.
Keyword Section
No.
Fct.
No.
M
R
M agnetic field frequency
4.4 + 5.16
3.02
R = reverse flow
4.4, 5.6, 5.10
1.04-1.07
M agnetic sensors
4.2
R ange change
M ain m enu colum n
4.1
- autom atic
2.3, 5.9, 5.12
1.06, 1.07
M ain m enus
4.1 to 4.3
1.00, 2.00,
3.00
- external
2.3, 5.9, 5.18
1.06, 1.07
M ass flow m easurem ent,
R eplacem ent
see user defined unit
4.4, 5.17
- electronic unit
8.3
M easuring principle
11
- pow er fuses
8.2
M enu
4.1, 4.4
R eset totalizers
4.4, 5.9
M eter size (D N )
4.4, 5.1, 5.4, 5.16
3.02
R everse flow (R )
4.4, 5.10, 5.22
1.04-1.07
R evert to
N
- functions colum n
4.1-4.3
N um erical form at, display
5.5
1.04
- m ain m enu colum n
4.1-4.3
-
m easuring
m ode
4.1-4.3
O
S
O ption = optional equipm ent
6.2, 10.1
S = S tatus output
2.4, 4.4, 5.8
1.06, 1.07, 3.07
O rder num bers
9
S afety isolation
2.1
O utputs
S etting level
4.1-4.4
1.00 et seq.,
- characteristics
5.15
2.00 et seq.,
- connection diagram s
2.5
3.00 et seq.
- setting
4.4
S ignal converter IF C 020
- - I
5.6
1.05
- accuracies
10.3
- - P
5.7
1.06, 3.07
- cable A
1.3.1
- - S
5.8, 5.16
1.06, 1.07,
3.07
- changeover, pow er supply
8.2
- voltage stable w hen
- connecting & operating points
4.2, 8.9
m easuring tube em pty
6.3
- connection to pow er
1.2
O verflow , display
5.5
1.04
- functional checks
7.1-7.6,
O verranged
- fuses, pow er
8.5
- I (current output)
2.2, 2.6, 5.6, 5.8
1.06, 1.07
- m ounting location
1.1
- P (pulse output)
2.3, 2.6, 5.7, 5.8
1.06, 1.07
- nam eplates
10.5
O vervoltage class
1.2, 6.1
- operator control
4.1-4.3
- pow er consum ption
10.4
P
- printed circuit boards
8.9
P = pulse output
2.2, 4.4, 5.7
1.06
- spare parts
9
P C B = printed circuit boards
8.4
- technical data
10.1-10.4
P C softw are
6.2
S im ulator G S 8A
7.6
P E = protective conductor
6.1
S M U = low -flow cutoff
4.4, 5.3
1.03
P ow er supply (= line voltage)
S oftw are
6.2
- changeover
8.2
S pare parts, see order num bers
9
- connection
2.1, 10.4
S tatus output S
2.4, 4.4, 5.8
1.06, 1.07, 3.07
-
consum ption
10.4
- failure
4.5, 7.4
T
- frequency
1.2, 10.1
3.02
T = tim e constant
5.2
1.02
- voltage
1.2, 10.1+ B 49
T echnical data
P rim ary constant, see G K
4.4, 5.12
3.02
- accuracies
10.3
P rim ary head
- dim ensions & w eights
10.2
- constant, see G K
4.4, 5.16
3.02
- signal converter IF C 020
10.1-10.4
- sim ulator G S 8A
7.6
T erm inals B 1/B 2
2.1, 2.6, 5.16
3.07 (1.06,
1.07)
- testing
7.5
T ests, see functional checks
7.1 et seq.
P rim ary sim ulator, see G S 8A
7.6
T im e constant (T )
5.1
1.02
P rinted circuit boards, see P C B
8.4
T otalizer (internal electronic)
5.4
1.06, 3.07
P rogram organization
4.1
T rip point
2.3, 5.8
1.0_
P rogram m ing = input
4.1-4.3
T roubleshooting, see
P rogram m ing m ode, entry into
4.1-4-3
functional checks
7.1 et seq.
P rotective conductor P E
6.1
P ulsating flow
6.4, 7.4
3.06
P ulse output P
2.2, 2.5, 4.4, 5.1, 5.22
1.06
U
P ulse w idth
4.4, 5.7
1.06
U nits for
P ulses per unit tim e
4.4, 5.7
1.06
- display
4.4, 5.4
1.04
P ulses per unit volum e
4.4, 5.7
1.06
- flow
4.4, 5.1
1.01
- P
4.4, 5.7
1.06
Q
U ser-defined
unit 4.4,
5.13
3.05
Q = flow rate
4.4, 5.12
1.04
Q 100% = full-scale range
4.4, 5.1, 5.11, 5.12,
5.16
1.01, 3.02
V
v = flow velocity
4.4, 5.1
3.02
V D E
standards
1.1
W
W eights, see dim ensions
10.3
Z
Z ero check (adjustm ent)
7.1
3.03