SINAX V60s for direct currents, direct voltages, temperature sensors, teletransmitters or potentiometers SINAX V60s is a multifunctional transmitter for tophat rail assembly with the following main characteristics: Measurement of C voltage, C current, temperature (RT, TC) and resistance Sensor connection without any external jumpers inputs (e.g. for sensor redundancy or difference formation) outputs (U and / or I) C energy meter function (with S0 output) inputs can be linked with each other and allocated to the outputs which enables calculations and sensor monitoring (e.g. prognostic maintenance of sensors). System capability: Communication via Modbus interface Freely programmable relay, e.g. for limit or alarm signalling igital output (optional) AC/C widerange power supply unit Pluggable highquality screw or spring cage terminals All settings of the instrument can be adapted to the measuring task by PC software. The software also serves visualising, commissioning and service. Table : Input variables, measuring ranges Type of measurement Measuring range Minimum span C voltage [mv] 000 000 mv mv C voltage [V] 600 600 V ) > V C current [ma] 50 50 ma 0. ma Resistance [Ω] 0 5000 Ω Ω RT Pt00 00... 50 C 0 K RT Ni00 60... 50 C 5 K TC Type B 0... 0 C 65 K TC Type 0... 000 C K TC Type J 0... 00 C 9 K Type of measurement Measuring range Minimum span TC Type K 0... C 50 K TC Type L 00... 900 C K TC Type N 0... 00 C K TC Type R 50... 6 C 59 K TC Type S 50... 6 C 65 K TC Type T 0... 00 C 50 K TC Type U 00... 600 C 9 K TC Typ W5ReW6Re 0... 5 C 5 K TC Type WReW5Re 0... 5 C 6 K ) In case of anterior device versions, the measuring range or the overload capacity is only 00...00V. Please check device version on the nameplate or with the PC software CBManager. Camille Bauer Metrawatt ata sheet V60s Le 0.5
SINAX V60s Technical data Measuring input irect voltage Measuring range mv For limits see table Ri > 0 MΩ, continuous overload max. ±00 mv Measuring range V For limits see table (only in corresponding Ri = MΩ, device type) continuous overload max. ±600 V ) irect current Measuring range ma For limits see table Ri = Ω, continuous overload max. ±50 ma Resistance thermometer RT Resistance measurement types Pt00 (IC 605), adjustable Pt0 Pt000 Ni00 (IN 60), adjustable Ni50 Ni000 Measuring range limits See table, or wire connection Measuring current 0. ma Line resistance 0 Ω per line, in wire connection adjustable or calibratable Thermocouples TC Thermocouples Type B,, J, K, N, R, S, T (IC 605) Type L, U (IN 60) Type W5ReW6Re, WRe W5Re (ASTM 990) Measuring range limits See Table Cold junction compensation Internal (with installed Pt00), with Pt00 on terminals or external with reference junction 0 0 C Resistance measurement, teletransmitter, potentiometer Measuring range limits See table, or wire connection Resistance teletransmitter Type WF and WF IN Measuring current 0. ma Line resistance 0 Ω per line, in wire connection adjustable or calibratable Measuring input irect current Measuring range ma Same as measuring input (only in corresponding device type) irect voltage Measuring range mv Same as measuring input Resistance thermometer RT Same as measuring input except: or wire connection Thermocouples TC Same as measuring input Resistance measurement, teletransmitter, potentiometer Same as measuring input except: or wire connection Please note The following device types are available: a) V60s with measuring input for x direct current [ma] and x high direct voltage [V] The direct voltage [V] and direct current [ma] measuring methods can be allocated to Input or Input here. b) V60s with measuring input for x direct current [ma] The different device types are fi rm and cannot be reprogrammed! The measuring inputs and are galvanically connected. If input sensors or input variables are used, observe combination options in Table and circuit instructions contained in the operating instructions! Analog outputs and The two outputs are galvanically connected and have a common earth. Voltage and current output softwareconfi gurable. irect current Output range ± 0 ma, range may be freely set Burden voltage max. V Open circuit voltage < 0 V Limit Adjustable, max. ± ma Residual ripple <% pp related to 0 ma irect voltage Output range ± 0 V, range may be freely set Load max. 0 ma Current limit Approx. 0 ma Limit Adjustable, max. ± V Residual ripple <% pp related to 0 V Output settings Limit Gain/offset trimming Inversion Relay contact output Variant Relay: Contact Switching capacity Variant digital output: Contact Switching capacity pole, normally open contact (NO) AC: A / 50 V C: A / 0 V Transistor, normally open contact (NO) max. VC/mA atenblatt V60s Le 0.5 Camille Bauer Metrawatt
SINAX V60s Bus/programming connection Interface, protocol RS5, Modbus RTU Baudrate 9.6...5. kbaud, adjustable Transmission behaviour Measured quantities for the outputs Input Input Input input Input input Input input Input input Minimum value, maximum value or mean value of input and input Sensor redundancy Input or input Transmission functions Linear, Absolute amount, scaling (gain/ offset), magnifi er function (zoom) userspecifi c via basic value table ( basic values per measured variable) Settling time: Adjustable 0 s Limit values and monitoring Number of limitvalues Measured variable for the limit values Input Input Measured variable for outputs Input input (e.g. drift monitoring in case of sensors) Input input (e.g. drift monitoring in case of sensors) Meter Functions Absolute amount Gradient dx/dt (e.g. temperature gradient monitoring) Time delay Adjustable 0 600 s Signalling Relay contact or digital output, alarm L, status Meter and pulse output Meter : Number Meter source Measured variables for outputs or Settings Mode (pos., neg.), unit (prefi x, s/min/h), meter reset / set Pulse output (variant digital output) Standard: S0 interface according to IC/N 605 Settings Pulse duration (0...50ms), pulse rate Signalling igital output Sensor breakage and short circuit monitoring measuring input Signalling Relay contact or digital output, alarm L, status Output value in case of a fault Signalling to alarm L In case of a sensor error, the defective input ( or ) is signalled by the number of fl ashes of the alarm L (x or x). In case of a failure at both inputs: Alarm L does not fl ash. Other monitoring operations rift monitoring Monitoring of measured value difference between input sensors for a certain period of time (e.g. due to different sensor response times). If the limit value is exceeded for this time, an alarm is signalled. (See limit values and ) Sensor redundancy Measurement with temperature sensors; if sensor fails (fault) sensor is activated for bridging (see measuring quantities for outputs) Alarm signalling Relay contact or digital output Alarm L Time delay Output value in case of a fault Power supply With closed contact, the yellow L shines, invertible alarmfunction Adjustable 0 60 s For sensor breakage and short circuit, value adjustable 0 0% Rated voltage UN Tolerance 0 V C ±5% 00 0 V AC, 50 00 Hz ±5% Power consumption > W or VA isplays at the instrument L Color Function ON green Power on green fl ashing Communication activ RR red Alarm yellow Relais on Configuration, programming Operation with PC software «CBManager» Camille Bauer Metrawatt atenblatt V60s Le 0.5
SINAX V60s Accuracies (according to N/IC 600) Reference conditions Ambient temperature Power supply Reference value Settings Installation position C ± K V C Span Input : irect voltage mv, 0 000 mv Output : 0 ma, burden resistance 00 Ω Mains frequency 50 Hz, Setting time s Input, output, relay, monitoring off or not active, for voltage output: range 0...0 V, burden resistance kω Vertically, detached Basic accuracy At reference conditions ±0.% Other types of measurement and input ranges: RT Pt00, Ni00 ±0.% ±0. K Resistance measurement ±0,% ±0. Ω TC Type K,, J, T, N, L, U ±0.% ±0. K, measurement value > 00 C TC Type R, S ±0.% ±. K TC Type B ±0.% ±. K, measurement value > 00 C TC W5ReW6Re, WReW5Re ±0.% ±.0 K C voltage mv ±0.% ±0.05 mv C voltage V U 00V ±0.% ±0.005 V U > 00V /0.5%0.005V C current ma ±0.% ±0.005 ma Additional error (additive) High range minimum value (Minimum value >0% of maximum value): ±0.% of maximum value Small output range ±0.% * (reference range / new range) Cold junction compensation internal ± K Magnifi er function ± Zoom factor x (basic accuracy additional error) Zoom factor = measured variable range / zoom range Influencing factors Ambient temperature ±0.% per 0 K at reference conditions other settings: basic accuracy and additional errors per 0 K Longterm drift ±0.% Common mode/ series mode infl uence ±0.% Ambient conditions Operating temperature 5 55 C Storage temperature 0 0 C Relative humidity 5%, no condensation Range of utilisation Internal room up to 000m above sea level Installation details esign imensions Assembly Tophat rail housing U Combustibility class V0 according to UL 9 See dimensional drawing For snapon fastening on tophat rail (5 x 5 mm or 5 x.5 mm) according to N 50 0 Terminals Pluggable,.5 mm Front plug spring terminal.5 mm Weight 0. kg Product safety, regulations lectromagnetic compatibility Ingress protection (acc. IC 59 or N 60 59) N 6 0006 / 6 0006 Housing IP 0 terminal IP0 lectric design Acc. IC or N 6 00 egree of pollution Between power supply and all circuits Between the measuring input () and all circuits Between output ( ) and relay contact resp. digital output Between output ( ) and the bus connection Reinforced insulation overvoltage category III operating voltage 00 V test voltage. kv AC rms Reinforced insulation overvoltage category III operating voltage 00 V overvoltage category II operating voltage 600 V test voltage. kv AC rms Reinforced insulation overvoltage category II Working voltage 00 V Test voltage. kv AC rms Functional insulation Working voltage <50 V Test voltage 0.5 kv AC rms nvironmental tests N 6006// N 6006 Shock: 50g, ms, sawtooth, halfsine N 60066 Vibration: 0.5mm/g, 0...50Hz, 0 cycles atenblatt V60s Le 0.5 Camille Bauer Metrawatt
SINAX V60s lectric connections Circuit Terminal Remarks Measuring input Output Output Relay contacts Power supply to (), ( ) 0 (), ( ) 9 (), () 5 (/~) 6 ( /~) See table, : polarity at digital output Note polarity at C Type of measurement Thermocouple with Pt00 at the terminals at the other input Input Input Pt00 Bus/ programming connection,, GN Front plug Resistance thermometer or resistance measurement wire RT, R Variant digital output: = Resistance thermometer or resistance measurement wire RT, R Table : Connection of inputs Please note: If input sensors or input variables are used, observe combination options in Table and circuit instructions contained in the operating instructions! Type of measurement irect voltage mv Input Input U [mv] Resistance thermometer or resistance measurement wire RT, R Ra 0% Rd Resistanceteletransmitter WF 00% Re Thermocouple with external cold junction thermostat or internally compensated Resistanceteletransmitter WFIN Ra Rd Re 0% 00% Thermocouple with Pt00 at the terminals at the same input Pt00 irect voltage V (only in corresponding device type) U [V] 6 Camille Bauer Metrawatt atenblatt V60s Le 0.5 5
SINAX V60s Type of measurement irect current ma (Input only in corresponding device type) Input Input 5 6 I [ma] imensional drawing Screw terminals Table : Measuring method combination options Input measuring method U [mv] earthed U [V] I [ma] TC ext. earthed TC int. earthed R L R L RT L RT L I [ma] Input Terminals, 6, 5,,,,,,,,,,, 6, measuring method U [mv], earthed U [V] 6, I [ma] 5, TC ext., earthed TC int., earthed,, R L, R L,, R L,,, RT L, RT L,, WF,, WF_IN,, RT L,,, Selectable only in device type x direct current [ma] and x high voltage [V] Selectable only in device type x direct current [ma].5 0 Spring cage terminals 0.5 0 Scope of supply SINAX V60s Safety Instructions 6 50 Software and ocuc 56 0 Accessories USBRS5 converter (for programming the V60s) Article No. 6 9 6 atenblatt V60s Le 0.5 Camille Bauer Metrawatt
SINAX V60s Ordering details Standard versions The following transmitter types programmed in basic confi guration are available as standard versions. An indication of the article number is suffi cient: Version Configuration Ordercode Article No. evice versions for high C voltages: C voltages of up to 600VC can be measured at one input. In addition, mv, RT, TC and resistance measurements are possible at both inputs. At one input ma. The device is supplied with screw terminals and a limit value relay. The following confi guration is preset: Input : 0 000 mv / Input : not used Output : 0 ma / Output : not used 60s0 AA0 000 6 9 evice version without a high C input: Contrary to the version for high voltages, ma signals can be processed simultaneously at both inputs of this device version. In addition, mv, RT, TC and resistance measurements are possible. The device is supplied with screw terminals and a limit value relay. The following confi guration is preset: Input : 0 ma / Input : 0 ma Output : 0 ma / Output : 0 ma 60S 0AC0 C0 696 Please note: This are two hardware platforms. A SINAX V60s with high C Voltage cannot be confi gured to x ma inputs afterwards, just as a SINAX V60s with x ma cannot measure a high C Voltage. V60s, Programmable 60s. Mechanical design Tophat rail housing. Version Standard with screw terminals Standard with spring cage terminals. Climatic rating Standard climatic rating. Test certificate without test certifi cate 0 with test certifi cate German with test certifi cate nglish 5. Configuration Basic configuration: G Hardware layout for measuring ma at both inputs. Voltage > VC up to 00 VC is not possible. Confi gured: Input : 0 ma / Input : 0 ma Output : 0 ma / Output : 0 ma Programmed to order A V60s, Programmable 60s 6. Mains ripple suppression 50Hz 60Hz. Input mv Input (range 000 000 mv) A [mv]: V Input (range 600 600 V) B [V]: ma Input (range 50 50 ma) C [ma]: Thermocouple (internal compensation) Resistance thermometer wire Resistance thermometer wire F Resistance thermometer wire G Resistance sensor wire H Resistance sensor wire J Resistance sensor wire K mv Input: minimum span mv V Input: minimum span > V ma Input: minimum span 0, ma Camille Bauer Metrawatt atenblatt V60s Le 0.5
SINAX V60s V60s, Programmable 60s. Sensor Type Input Not used 0 Type B (Range 0 0 C) A Type (Range 0 000 C) B Type J (Range 0 00 C) C Type K (Range 0 C) Type L (Range 00 900 C) Type N (Range 0 00 C) F Type R (Range 50 6 C) G Type S (Range 50 6 C) H Type T (Range 0 00 C) J Type U (Range 00 600 C) K Type W5ReW6Re (Range 0 5 C) L Type WReW5Re (Range 0 5 C) M RT Pt 00 (Range 00 50 C) N RT Pt 000 (Range 00 50 C) O RT Ni 00 (Range 60 50 C) P RT Ni 000 (Range 60 50 C) Q Resistor (Range 0 5000 Ω) R [W]: Type B: minimum Span 65 K Type : minimum Span K Type J: minimum Span 9 K Type K: minimum Span 50 K Type L: minimum Span K Type N: minimum Span K Type R: minimum Span 59 K Type S: minimum Span 65 K Type T: minimum Span 50 K Type U: minimum Span 9 K Type W5ReW6Re: minimum Span 5 K Type WReW5Re: minimum Span 6 K RT Pt 00: minimum Span 0 K RT Pt 000: minimum Span 0 K V60s, Programmable 60s RT Ni 00: minimum Span 5 K RT Ni 000: minimum Span 5 K Resistor: minimum Span 9. Input Not used 0 mv Input (Range 000 000 mv) A [mv]: ma Input (Range 50 50 ma) C [ma]: Thermocouple (internal compensation) Resistance thermometer wire Resistance thermometer wire F Resistance sensor wire H Resistance sensor wire J mv Input: minimum Span mv ma Input: minimum Span 0, ma 0. Sensor Type Input Not used 0 Type B (Range 0 0 C) A Type (Range 0 000 C) B Type J (Range 0 00 C) C Type K (Range 0 C) Type L (Range 00 900 C) Type N (Range 0 00 C) F Type R (Range 50 6 C) G Type S (Range 50 6 C) H Type T (Range 0 00 C) J Type U (Range 00 600 C) K Type W5ReW6Re (Range 0 5 C) L Type WReW5Re (Range 0 5 C) M RT Pt 00 (Range 00 50 C) N RT Pt 000 (Range 00 50 C) O RT Ni 00 (Range 60 50 C) P RT Ni 000 (Range 60 50 C) Q atenblatt V60s Le 0.5 Camille Bauer Metrawatt
SINAX V60s V60s, Programmable 60s Resistor (Range 0 5000 Ω) R [W]: minimum Span ditto Sensor Type Input. Output signal / Measuring output current (Range 0 0 ma) [ma]: voltage (Range 0 0 V) [V]:. Output signal / Measuring output Not used 0 current (Range 0 0 ma) [ma]: voltage (Range 0 0 V) [V]:. Relay contact output Relay, normally open contact (NO), AC: A/50V, C: A/0V igital output for fast pulse (S0) Umax / Imax: VC / ma Basic configurations Type Standard, with measuring for x direct current [ma] Basic configuration Input and : 0mA Output and : 0mA Rely on us. Camille Bauer Metrawatt AG Aargauerstrasse CH560 Wohlen / Switzerland Phone: 56 6 Fax: 56 6 info@cbmag.com www.camillebauer.com Subject to changes Issue 0.5 ata sheet V60s Le