Mirion Technologies STTC Manuale utente
USER MANUAL
TIME TO COUNT PROBE
STTC /STTC-W
code 83023 / 88914
USER MANUAL
STTC / STTC-W
code 83023 / 88914
March 2017
USER MANUAL
STTC / STTCW
85568_G.doc
MIRION TECHNOLOGIES (Canberra)
S.A.S,
BP249, ZI de Vauzelles, 37602 Loches Cedex
3 / 14
WARNING
CANBERRA
cannot be held responsible for any damage incurred by the buyer due to faulty use,
connection to the wrong voltage, or non
-observance of the instructions found in this manual.
The informa
tion contained herein may be altered without notice.
Any full or partial reproduction of this document may only be made after obtaining prior permission
from
CANBERRA.
USER MANUAL
STTC / STTC-C
4 / 14
85568_G.doc
MIRION TECHNOLOGIES (Canberra)
S.A.S,
BP249, ZI de Vauzelles, 37602 Loches Cedex
USER MANUAL
STTC / STTCW
85568_G.doc
MIRION TECHNOLOGIES (Canberra)
S.A.S,
BP249, ZI de Vauzelles, 37602 Loches Cedex
5 / 14
TABLE OF CONTENTS
1. PRESENTATION .....................................................................................................................................7
2. CHARACTERISTICS...............................................................................................................................8
2.1. STTC MECHANICAL CHARACTERISTICS ...............................................................................................8
2.2. STTC-W V2 MECHANICAL CHARACTERISTICS......................................................................................8
2.3. ELECTRICAL CHARACTERISTICS ..........................................................................................................8
2.4. ENVIRONNENTAL CHARACTERISTICS....................................................................................................8
2.5. PHYSICAL CHARACTERISTICS ..............................................................................................................9
3. PROBE FUNCTIONING ........................................................................................................................11
3.1. UNITS DISPLAY .................................................................................................................................11
3.2. IDENTIFICATION OF THE PROBE FUNCTIONING MODE ...........................................................................11
3.3. ALARM SET POINTS...........................................................................................................................11
3.4. PROPER DETECTOR FUNCTION TESTING .............................................................................................11
3.5. PROBES PARAMETERS SETTING.........................................................................................................11
3.6. DATA LOGGING.................................................................................................................................11
4. USE ........................................................................................................................................................12
4.1. CONNECTING THE PROBE ..................................................................................................................12
4.2. CONNECTING THE STTC-W PROBE ...................................................................................................12
4.3. DISCONNECTING THE STTC PROBE ...................................................................................................13
4.4. CONNECTING THE STTC TO THE CSP-COM......................................................................................13
USER MANUAL
STTC / STTC-C
6 / 14
85568_G.doc
MIRION TECHNOLOGIES (Canberra)
S.A.S,
BP249, ZI de Vauzelles, 37602 Loches Cedex
USER MANUAL
STTC / STTCW
85568_G.doc
MIRION TECHNOLOGIES (Canberra)
S.A.S,
BP249, ZI de Vauzelles, 37602 Loches Cedex
7 / 14
1. PRESENTATION
The STTC probe is intended for the measurements of the ambient equivalent dose rate for gamma
radiations. It can be connected to any CSP survey meter via the appropriate connection cable. It allows
to widen the measure dynamics of the device and to run remote measurements up to 20 meters. It
comes under the shape of a compact and sturdy metal case which contains the Geiger-Müller detector,
the high voltage supply and the pulses shapers.
Due to its wide range of measure, it can be used in nuclear power plant to control very variable gamma
streams, but also in medicine or in emergency situation (measure after accident, fire brigades). It is also
possible to use this probe in measure of environment, combined with a remote communication device
CSP-COM, if the measure of the background is not exactly required.
STTC-W is the waterproof version of STTC. It includes a 20 meters cable on a reel and ballast. STTC-
W cable is mounted on probe body via a cable gland to ensure good waterproofness down to 40
meters.
The STTC probe can be connected to CSP survey meters and radiameters such as :
-Avior 4000 with a firmware version 1.08 or superior,
-Radiagem 4000 with a firmware version 4.22 or superior,
It can also be connected to a PC :
-equipped with CSPS Software version 2.0 or superior,
-equipped with a software using CSP-PL ™.
Note: the new versions of the firmware can be downloaded for free on the Canberra website:
www.canberra.com. See the user manual of the survey meter for the complete update procedure.
For connecting the probe to the CSP-COM, an aluminium adapter ring is provided.
STTC-W
STTC
USER MANUAL
STTC / STTC-C
8 / 14
85568_G.doc
MIRION TECHNOLOGIES (Canberra)
S.A.S,
BP249, ZI de Vauzelles, 37602 Loches Cedex
2. CHARACTERISTICS
2.1. STTC MECHANICAL CHARACTERISTICS
The groove on the probe body indicates the position of the detector center.
Weight: 130g
The probe housing is made of aluminium, and easy to decontaminate.
2.2. STTC-W V2 MECHANICAL CHARACTERISTICS
The groove on the probe body indicates the position of the detector centre.
Weight : 400 g
The probe housing is made of aluminium, and easy to decontaminate.
2.3. ELECTRICAL CHARACTERISTICS
Supply by Radiagem: + 5V, maximum
Supply by PC: + 5 V, maximum
Autonomy: > 80 h if connected to Radiagem
Consumption: 9 mA to 40 mA according to the dose rate.
2.4. ENVIRONNENTAL CHARACTERISTICS
Temperature limit: from - 10°C to + 50°C (14°F to 122°F).
Relative humidity: from 40 to 95 % at 35°C (95°F).
160 mm
133.5 mm
30 mm
35 mm
Detector
position
145 mm
162 mm
30 mm
45 mm
Detector
position
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