background image

p27

Address

200

202

204

206

208

290

291

292

293

Value of the analog output

in µA (mA output)

in mV (10V output)

Minimum value of the displayed 

value

Maximum value of the displayed

value

Displayed measure

direct measure

Status of the relay 1

Status of the relay 2

Status of the relay 3

Status of the relay 4

Format

double integer

double integer

double integer

double integer

double integer

integer 

integer

integer

integer

nbr of words

2

2

2

2

2

1

1

1

1

 

9.2 Correspondance with the DIP400/DIP402 version 7.0 

• 

Direct measure: 

Valu without scale factor for the inputs 100 mV, 1V, 10V, 300V, 20 mA:

  - in mV for the 10V input

  - in 1/10

th

 of mV for the 1V input

  - in µA for the mA input

  - in 1/100

th

 of mV for the mV input

  - in 1/100

th

 of V for the 300V input

Value of the resistance in 1/100

th

 

 for NI100 and Pt100

Value of the hot sensor temperature in 1/10

th

 of degree for 

Pt100  

Value of the resistance

  - in 1/100

th

 

 for the resistance input 0-400

  - in 1/10

th

 

 for the resistance input 0-2000

  - in 

 for the resistance input 0-8000

Value in µV for the thermocouple input

Value in 1/100

th

 of % for the potentiometer input

• 

Status of the relays

bit 15

bit 7 bit 6

bit 0

1: Led lit

1: Led blinking: mode 

recording and measure 

not in alarm

1: Relay ON

Alarm

recorded

Table of the units

bit 15

bit 0

Measure in overrange by 10% of the caliber 

bit

(0) programming error

(1) offset error

(2) input calibration error 

(3) output calibration error

(4) reference error

(5) CJC error

Self-diagnosis integer n°2:  (address 13)

bit 15

bit 0

1=led lit

1=led blinking: 

mode 

recording ON  and measure 

not in alarm

1=relay ON

1=alarm recorded

bit 3

Integer status of the relays 1 and 2:  (address 14 and 15)

Code

Unit

Code

Unit

Code

Unit

Code

Unit

Code

Unit

000  

001   V 

002   KV 

003   A 

004   KA

005   W 

006   KW 

007   MW 

008   GW 

009   VAr

010   KVAR 

011   MVAR 

012   GVAR 

013   VA 

014   KVA

015   MVA 

016   GVA 

017   Wh 

018   KWh 

019   MWh

020   GWh 

021   VARh 

022   KVARh

023   MVARh

024   GVARh

025   Hz 

026   Khz 

027   Deg 

028   Ohms 

029   Kohms

030   h 

031   mn 

032   s 

033   % 

034   cos PHI

035   to 099 free

100   °C 

101   °F 

102   % 

103   mm 

104   cm

105   m 

106   km 

107   mBar 

108   Bar 

109   Pa

110   Kpa 

111   Kg/cm2

112   PSI 

113   mCE 

114   l/s

115   l/mn 

116   l/h 

117   m3/s 

118   m3/mn

119   m3/h

120   tr/s 

121   rad/s 

122   mm/s 

123   cm/s 

124   m/s

125   m/mn 

126   m/h 

127   mm3 

128   cm3 

129   m3 

130   g 

131   kg 

132   t 

133   l 

134   hl

135   Rpm 

136   CP/mn

137   PH 

138   mV AC

139   V AC

140   KV AC

141   mA AC

142   A AC 

143   KA AC 

144   mV DC

145   V DC 

146   KV DC

147   mA DC

148   A DC 

149   KA DC

150   Ohms 

151   Kohms

152   Mohms

153   US.gal/s

154   US.gal/min

155   US.gal/h

156   US.gal

157   lb 

158   C 

159   imp

160   CP 

161   mA 

162   A 

163   mA.h 

164   A.h

165   µV 

166   mV

Self-diagnosis integer n°1:  (address 12)

(6) measure in overrange by 10% of the caliber

(8) sensor rupture

(9) measure overload 

(eg. a measure of 15 V on a 10 V caliber)

(12) current output value error

(13) configuration internal error

(14) memory error

(14) (13)

(9) (8)

(6) (5) (4) (3) (2) (1) (0)

(12)

Summary of Contents for DIP 400

Page 1: ...31 31 Tel Intern 33 4 72 31 31 30 Fax Intern 33 4 72 31 31 31 ARDETEM TA IN 55 A 01 11 Any data in this documentation may be modified without prior notice ARDETEM Soucieu en Jarrest FRANCE http www a...

Page 2: ...rogramming of a new access code p19 4 10 accessible functions from the main menu p19 4 10 1 Display simulation p19 4 10 2 Simulation of the analog output p19 4 10 3 Menu CLEAr Deleting of the recorded...

Page 3: ...measure within the class for 0 Rl 25 Measurement of 2 wire Pt100 from 200 C to 270 C 0 Rl 10 R max 400 Max measure current 250 A Accuracy 0 1 of the full scale at 25 C thermic drift 150ppm C 1 INTROD...

Page 4: ...3 CE marking according to the directive 2004 108 CE Connectors plug off connectors on rear face for screwed connections 2 5mm flexible or rigid Display 10 000 points 14 mm Electroluminescent red gree...

Page 5: ...source 30 V max VOLTAGE PASSIVE CURRENT 32 33 34 35 36 37 23 24 25 TOR 1 TOR 2 COM 4 RELAYS LOGIC INPUTS option TOR 20 21 22 DIGITAL Data link RS 485 2 channels 32 33 34 TOR 1 TOR 2 COM 2 channels B...

Page 6: ...aneously Setting of the display down scale see p21 Setting of the display full scale see p21 Visualisation of the direct measure see p21 Visualisation and setting of the alarm setpoints see p22 Settin...

Page 7: ...case of self diagnosis and or sensor rutpure and access to disconnecting the sensor rupture option analog output or relays Access to the programming of the display p10 Leds Bargraph display brightnes...

Page 8: ...quires re programming the following parameters related to the relays and the analog output SPxx HYSx dodI F OdI If thermocouple if other than thermocouple CJ E CJ t yES no diSPL tc L tc J tc CA tc C5...

Page 9: ...special linearisation function 0020 88 88 88 88 A19 A00 88 88 F in 88 88 d disp 88 88 1 in mV V mA or according to the type full scale display corres ponding to the input down scale dInp F disp 88 88...

Page 10: ...hysteresis 0 hys 9999 in display points 0 tIME 025 0 in 0 1 sec increases function recording of the alarm function display of alarm messages enter 5 characters If option 2 relays at the end of menu RE...

Page 11: ...the logic input 2 no no associated function rS led lit in case of RS transmission br diG Pr diS available as option Safety features p14 option 2 or 4 relays if mV or t input option analog output if r...

Page 12: ...V 300 to 300 V 1 digit 0 1 of the MR Measurable limits 10 to 10 That is for example for the caliber 1V 1 1V to 1 1V Sensor type Measurable limits of the input Accuracy MR measure range Pt 100 200 850...

Page 13: ...signal Zero reset of the min and the max The activation of the logic function will reset the min and the max to 0 Activation of the function tare The meter switches to the mode tare the tare being the...

Page 14: ...ntered programming The relay x remains still Programming of the parameter assigned to the alarm x Setpoints and hysteresis in input scale points Setpoints and hysteresis in display scale points Choice...

Page 15: ...or 0 and 11 V voltage output Sensor rupture The sensor rupture can be detected on the inputs mV Tc Pt100 Ni100 PT100 resistance and current if down and full scale 3 5 mA The sensor rupture information...

Page 16: ...ale except temperature inputs Display corresponding to the input full scale except temperature inputs Only for process resistance potentiometer inputs expressed in display points If the display full s...

Page 17: ...ut 1 is active Programming of led 6 Led still no associated function The led 6 will be lit when the logic input 2 is active Programming of led 7 Led still no associated function The led 7 will be lit...

Page 18: ...h 2 Say a curve of 10 equally long segments Measure range number of segments 20mA 10 2mA length of the segment For 10 segments nbr 11 R L length C chord R ray h height Input mA A00 0 A01 2 A02 4 A03 6...

Page 19: ...inputs parameters option TOR Reading of the alarm parameters option 2 or 4 relays Reading of the safety parameters for sensor rupture or self diagnosis of the outputs Reading of the display programmin...

Page 20: ...e cor rect status use the menu CLEAr M CLEAr the recorded alarms will not be deleted deleting of the recorded alarms and revert to the measure display Reminder If no key is pressed during 20 s the ins...

Page 21: ...nt will revert to the measure display SUP 08 00 Measure display Alternating infor mation display Max value c Deleting of the min and max values M CLr M Measure display The instrument will revert to th...

Page 22: ...d in order to obtain the required result example For a PT100 input for 0 C the obtained display is 000 3 For 500 C the obtained display is 0500 2 To correct this display the display down scale must be...

Page 23: ...L WARRANTY TERMS WARRANTY applying and duration This appliance is garanteed for a duration of 1 year against any design or manufacturing defects under normal operating conditions Processing conditions...

Page 24: ...e display down scale Slope and offset shifting display full scale Ajusting of the display full scale d diSP AdJ Lo AdJuS F diSP AdJ Hi OFFSE tEMP CAPt Pt 100 tc tc Temperature input Type of temperatur...

Page 25: ...has been entered Led 5 dedicated to the indication of the logic input 1 Assignement of the led 6 No attributed function Led 6 dedicated to the indication of the logic input 2 Assignement of the led 7...

Page 26: ...age bAud SLAvE 1200 JbuS OFF ModE x __1 1__ AL x rEL x On rELAY SPx 1 SPx 2 HYSt x tiME x LEdx On OFF MEM x MESx no YES no OFF On YES SPx _1 1_ 1__1 On rEL X OFF no YES rEPLi out I out U rUPt dIAG CAP...

Page 27: ...Return value required No return value Return value out I out U or no YES rEPLi 9 ANNEXE MODBUS Word address 0 1 2 3 4 5 6 7 8 9 12 13 14 15 Description Sensor primary measure decimal point unit final...

Page 28: ...it 0 programming error 1 offset error 2 input calibration error 3 output calibration error 4 reference error 5 CJC error Self diagnosis integer n 2 address 13 bit 15 bit 0 1 led lit 1 led blinking mod...

Page 29: ...enf Writing of N words Function N 16 Request sequence Value of the words to be enforced 2 bytes 2 bytes Number of words to be enf 2 bytes Number of bytes to be enf 1 byte n bytes Slave number 1 byte 1...

Page 30: ...ve measure 120 255 CRC 16 255 measure byte 1 byte 2 byte 3 byte 4 2 bytes Measure byte 3 x 2563 byte 4 x 2562 byte 1 x 256 byte 2 0 x 2563 0 x 2562 19 x 256 136 5000 Reading of the address 120 decimal...

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