Instrukcja obsługi PCE Instruments PCE-RAM 6

PCE Instruments Sprzęt pomiarowy PCE-RAM 6

Przeczytaj poniżej 📖 instrukcję obsługi w języku polskim dla PCE Instruments PCE-RAM 6 (2 stron) w kategorii Sprzęt pomiarowy. Ta instrukcja była pomocna dla 2 osób i została oceniona przez 2 użytkowników na średnio 4.5 gwiazdek

Pobierz PDF

Strona 1/2

User Manual

User ManualUser Manual

Radiation

RadiationRadiation Meter PCE-RAM 6

Meter PCE-RAM 6

Meter PCE-RAM 6Meter PCE-RAM 6

1. Functional oveiew

Radiation individual alarm device is collocated with highly exible

Geiger counting pipe as detector;it is mainly responsible for

monitoring the radiation of X, y and hard β ray in various radioactive

work areas; it is featured as swift response and broad measurement

scope; It is able to display the dosage equivalent rate it is widely

applied in the individual safety protection monitor and

radioactive indication for work personnel in the following

elds:nuclear power plant, accelerator, iron & steel indust, chemical

indust, isotope application, industrial X and y non-destructive aw

detection, radioactive medical treatment, Cobalt soure treatment, y

radiation, radioactive laborato and surrounding environment

monitor of nuclear facilities.

2.Features

1. Monitor X, gamma and hard beta rays.

2. With high sensitivity, the instrument can also measure the

environment background.

3.Inteace using all of Chinese,Traditional Chinese and English.

4.Graphic LCD with adequately big screen.

5.Optional alarm modes including sound/vibration.

3.Technological Parameters

1.Radiation Detection: X, gamma and hard betarays

2.Detector: energy compensation GM tube(Geiger counter tube)

3.Normal content standard within 0.5μs V/h

4.Measurement range

Dose equivalent rate: 0.00-1000uSV/h(maximum 10mSv/h)

5. Energy range: 48 ke V-1.5 MeV ≤±30% (for137Cs-)

6.Sensitivity: 80 CPM /μSw/h(for Co-60)

7. Measurement display: the dose rate display will update eve

second and the protect alarm display is shoer than 5 seconds.

8.Operating environment: temperature -10℃

~+45℃. Relative humility:≤95%(+45℃)

9.Dimensions:143×77×28mm

4. General Operation Method

1.Staup

Prepare 2 AA batteries; Since with batteries installed, press and hold

【O】button for 3seconds and the instrument will sta up. TheLCD

display is as the following gure:

5. Parameter setting

The parameters that can be modied by the user include: system time,

system information, automatic shutdown, and language setting. The

corresponding parameters can be modied through the keyboard.

Back

Select

Move Options

Refresh

Alarm Settings

1)Shutdown

Press and hold 【O】 button for 3 seconds,

and the instrument will shut down.

2)Measurement

The instrument will be in measurement mode since staup. There are

two measurement values: one is dose rate with units of μSv/h,uGy/h,

mR/h, cps and cpm;the other one is accumulated dose,which is the

accumulative value of dose rate for some time, with units of μSv or

mSv. The instrument will ring an alarm as the preset alarm mode when

a type of value exceeds the set alarm threshold.

3)Refresh: Press the 【O】 key to resta the device for testing.

4)Alarm settings: audible alarm, vibration alarm

5)Instructions for LCD Display Data This information displayed on this

instrument is as follows:

Relevant Knowledge for Radioactive Unit

6、 Conversions

I. International standard(our count implement this

standard) 1990

1.Radioactive sta: 20mSv/a

2.General Public: 1mSy/a

Note: the standard above is according to ICRP

suggestions and GB-492-84 regulations.

II. Knowledge for Unit Conversions and Etc

IsV/h=100R/h

InCkg-1/h=4μG/h

Radon Unit: 1Bp/L＝0.27em＝0.27x10^(-10)

Ci/L

III. Calculation for Decay Value of Radioactive

Isotopes

A=A0e﹣λτ 1=1n2/T1/2

T1/2 is half-time period

A0 is the known source strength

A is the strength after the time of t

Calculate the radiation shielding by checking

Radioactive

Have and 1/10 value (cm)of different materials

Radioactive

Source Lead Ferrum Concrete

halve 1/10 halve 1/10 halve 1/10

Cs-137 0.65 2.2 1.6 5.4 4.9 16.3

Ir-192 0.55 1.9 1.3 4.3 4.3 14.0

Co-60 1.10 4.0 2.0 67 6.3 20.3

8.Accessories List

Item

Radiation Meter

User Manual

USB-C C able

Instrument box

Quantity

9, Notice

Radiation individual alarm is a precise

instrument. Please protect it carefully. The following suggestions are

for the maintenance and life extending of the instrument.

a、Keep it dries as much as possible in the process of storage and use,

and too much moisture will cause the instrument damage.

b、Do not drop. knock or severely shake the detector, or it will cause

damages of this detector.

c、Remove the batte when the instrument is not used for a long

period of time. If the instrument dose not work properly.

The company resees the right to theimprovement of product

peormance ormodication of the manual without priornotice to

users.

10、 Safe Operation Norms

Please read the manual carefully. Itmay cause the improper working of

the instrument if the user doesn't operate following the manual.

Please apply standard AA batteries or rechargeable batteries.

Without accepted any rebuild or maintenance may cause damages of

this instrument.

When at work, if you suspect that the instrument may be malfunction,

please turn o the instrument and quickly with draw the hazardous

location. Contact the manufacturer as soon as possible.

Notice:

The company has the nal right to interpret this manual. The company

resees the right to improve product peormance and modify this

manual without prior notice to users.

Note: Ra-226(t=1608 year)r=0.825Rm2/hr.cr

Cs-137(t=29.9year)r=0.33R.m2/hr.cr

Co-60(t=5.23year)r=1.32R.m2/hr.cr

IV.Relationship between Radioactive Resource and Distance

The strength of the radioactive source is ininverse propoion of the

square of the distance.

X= A.r/R2

A:the activity of point radioactive source;

R: the distance to the source;

r: the constant of exposure rate

1μR/h=lγ(the former used unit for mineral

search of nuclear indust)

Radioactivity:

1Ci=3.7x 10^10Bp=37GBq

ImCi=3.7x10^7Bp=37MBq

1Ci=3.7x10^4Bp=37KBq

1Bp=2.703x10^(-11)Ci=27.03pci

Dose equivalent:

ISv= 10^3mSv=10^6μSV

I Sv=100rem

100urem=lμSy

Exposure Dose:

1R=10^3mR=10^6μR

1R=2.58×10^(-4)Ckg -1

Absorption Dose:

1Gy=10^3mGy=10^6μGy

1Gy=100rad

The Others:

1Sv=1Gy 1g Radium=0.97Ci≈1Ci

Specyfikacje produktu

Marka:	PCE Instruments
Kategoria:	Sprzęt pomiarowy
Model:	PCE-RAM 6

Potrzebujesz pomocy?

Jeśli potrzebujesz pomocy z PCE Instruments PCE-RAM 6, zadaj pytanie poniżej, a inni użytkownicy Ci odpowiedzą

Twoje imię*

Twój email*

Napisz tutaj swoje pytanie

Instrukcje Sprzęt pomiarowy PCE Instruments

PCE Instruments PCE-PMI 1 Instrukcja

14 Stycznia 2025

PCE Instruments PCE-324 Instrukcja

14 Stycznia 2025

PCE Instruments PCE-TC 32N Instrukcja

14 Stycznia 2025

PCE Instruments PCE-ACO 9500 Instrukcja

14 Stycznia 2025

PCE Instruments PCE-313A Instrukcja

10 Stycznia 2025

PCE Instruments PCE-320 Instrukcja

10 Stycznia 2025

PCE Instruments PCE-032-LED Instrukcja

10 Stycznia 2025

PCE Instruments FME Instrukcja

10 Stycznia 2025

PCE Instruments PCE-2500N Instrukcja

10 Stycznia 2025

PCE Instruments PCE-2550 Instrukcja

10 Stycznia 2025

Instrukcje Sprzęt pomiarowy

Najnowsze instrukcje dla Sprzęt pomiarowy

Klein Tools CL810 Instrukcja

14 Stycznia 2025

Klein Tools CL710 Instrukcja

14 Stycznia 2025

Ebro PHT 830 Instrukcja

13 Stycznia 2025

Kern FL 1KG Instrukcja

10 Stycznia 2025

PeakTech 6193 Instrukcja

10 Stycznia 2025

Gossen Metrawatt PROFiTEST H+E EASY CHECK Instrukcja

10 Stycznia 2025

CSL 306637 Instrukcja

9 Stycznia 2025

TFA 40.1058.11 Instrukcja

9 Stycznia 2025

TFA SANDY 40.1043.06 Instrukcja

9 Stycznia 2025

TFA 40.1046 Instrukcja

9 Stycznia 2025