Csa Certification Record; Electric Data; Fm Approvals - ABB TZIDC Operating Instructions Manual

TZIDC DIGITAL POSITIONER | OI/TZIDC-EN REV. B

CSA Certification Record

Certificate
Certificate
Class 2258 04

Electric data

Model TZIDC, P/N V18345-x0x2x2xx0x Intelligent Positioner
For use in
Input rated
Output pressure
Intrinsically safe with entity parameters of:
Terminals 11 / 12
Terminals 81 / 82
Terminals 83 / 84
Terminals 31 / 32
Terminals 41 / 42 and 51 / 52
Terminals Limit 2 41 / 42
and Limit 1 51 / 52
When installed per installation Drawing No 901064:
Temperature Code
Max. Ambient temperature
Change from two to one column
1649904 (LR 20312)
PROCESS CONTROL EQUIPMENT –
Intrinsically Safe, Entity – For Hazardous
Locations
Class I, Div 1, Groups A, B, C and D;
Class II, Div 1, Groups E, F, and G,
Class III, Div 1, Enclosure Type 4X
30 V DC; max.4 to 20 mA
80 psi (Marine version)
U = 30 V C = 6.6 nF
max i
I = 104 mA L
max
U = 30 V C = 3.7 nF
max i
I = 110 mA L
max
U = 30 V C = 3.7 nF
max i
I = 90 mA L
max
U = 30 V C = 6.6 nF
max i
I = 110 mA L
max
U = 30 V C = 3.7 nF
max i
I = 96 mA L
max
U = 15.5 V C
max i
I = 52 mA L = 30 μH
max i
Note
• The 'x' in P/N denotes minor mechanical variations or
optional features.
• Local communication interface LCI shall not be used in
hazardous location.
• Each pair of conductors of each intrinsic safety circuit shall
be shielded.
• See FM installation drawing No. 901064 for Details.

FM Approvals

TZIDC Positioner, Model V18345-a0b2c2de0f
IS/I,II,III/1/ABCDEFG/T4 Ta = 85 °C – 901064/7/4; Enity;
NI/I/2/ABCD/T4 Ta = 85 °C;
S/II,III/2/FG/T4 Ta =85 °C; Type 4X
Max Enity Parameters: Per Control Drawings
a Case/mounting – 1, 2, 3, 4 or 9
b Input/communication port – 1 or 2
c Output/safe protection – 1, 2, 4 or 5
d Option modules for analog or digital position feedback –
= 0 μH
i 0, 1, 3 or 5
P = 1 W
e Mechanical kit (proximity swiches) for digital position
i
feedback (option) – 0, 1 or 3
f Design (varnish/coding) – 1 or 2
= 0 μH
i
P = 1 W
i
See FM installation drawing No. 901064 for Details.
= 0 μH
i
P = 1 W
i
= 0 μH
i
P = 1 W
i
= 0 μH
i
P = 1 W
i
= 20 nF
P = 1 W
i
T4
85 °C
11