AD-VC 1 GVD

Description

The digital multi-function measuring transformers of series VarioCheck AD-VC 1 are freely programmable digital measuring transducers with two analogue outputs and up to 4 limiting value relays. Extensive standard equipment and additional options solve almost all imaginable tasks of a modern evaluation. All measuring ranges and outputs can be freely parameterized. This can be carried out via the optional operating modul AD-VarioControl or via the programming software AD-Studio. VarioCheck AD-VC 1 fulfils all tasks of a universal and secure measuring value recording through integral function modules such as limiting value messages, freely adjustable hysteresis, selectable relay functions, time-delayed switching, automatic or manual simulation modus, free linearizing curves and a wide range of supply voltage.

Specific characteristics

bipolar current input
bipolar mV voltage input
voltage input
Power supply for 2-wire transmitters
Thermocouples inputs, types J, T, K, E, N, S, R, B, C; internal or external reference junction
Resistance thermometer inputs, types Pt/Ni 100, Pt/Ni 500, Pt/Ni 1000
Resistance, Potentiometer input
Sensor error detection for thermocouples and resistance thermometers
Input of a characteristic curve possible
Automatic or manual simulation operation
2 bipolar current or voltage output
23 mm / 33 mm narrow housing with detachable terminal clamp
Operating module AD-VarioControl as an accessory

Business data

Order number
AD-VC1 GVD-R0	Type GVD, no relay output
AD-VC1 GVD-R2	Type GVD, two relay outputs
Accessory (optional)
Operating module	AD-VarioControl
Control panel with RS-485	AD-VarioConnect
USB programming adapter	AD-VarioPass
Configuration software	AD-Studio
Identifiers
EClass	27210107
Customs tariff number / country of origin	8543 70 90 / Deutschland

Information

Downloads
Data sheet	en-vc1gvd.pdf (415 kB)
Operation manual VarioControl	man-variocontrol-ad-en.pdf (1 MB)
Tender text	vc1gvd.zip (17 kB)
Safety instructions	ad-safety-instructions.pdf (86 kB)

Technical specifications

Input current
Measuring range	-24 ... + 24 mA DC
Input resistance	20 Ohm
Basic accuracy	4 µA
Transmitter supply
Off-load voltage	24,0 V
Voltage at 20mA	18,0 V
Current limit	~ 25 mA
Input voltage
Measuring ranges	0 ... + 12 V DC
Input resistance	1 MOhm
Basic accuracy	1 mV
Input voltage mV
Measuring ranges	-15 ... +15 mV
	-30 ... +30 mV
	-60 ... +60 mV
	-125 ... +125 mV
	-250 ... +250 mV
Input resistance	1 MOhm
Basic accuracy	20 µV
Thermocouples
Comparative place:
Internal	Measurement with sensor in the device connecting terminals
External	Cold junction temperatureselectable by parameters
To DIN EN 60584:
Messbereich Typ J	-200 ... +1200 °C
Messbereich Typ T	-200 ... +400 °C
Messbereich Typ K	-200 ... +1360 °C
Messbereich Typ E	-200 ... +1000 °C
Messbereich Typ N	-200 ... +1300 °C
Grundgenauigkeit	1 K
To DIN EN 60584:
Messbereich Typ S	-40 ... +1760 °C
Messbereich Typ R	-40 ... +1760 °C
Messbereich Typ B	+400 ... +1800 °C
Grundgenauigkeit	2 K
After standard ASTM E988:
Messbereich Typ C	0 ... +2320 °C
Grundgenauigkeit	2 K
Resistance input
Resistance thermometer inputs DIN EN 60751: Pt100, Pt500 and Pt1000 DIN 43760: Ni100, Ni500 and Ni1000
Messbereich Pt	-200 ... +850 °C
Messbereich Ni	-60 ... +230 °C
Kleinste Messspanne	20 K
Kurzschlusserkennung	< 20 Ohm
Grundgenauigkeit	0,2 K
Linear resistance
Messbereich	0 ... 4000 Ohm
Grundgenauigkeit	0,1 Ohm

Connection method	2-, 3- oder 4-wire system
Sensor supply	100 µA
Max line resistance ¹⁾	50 Ohm/cable
Potentiometer input
Connection method	3-wire system
Max. Resistance	50 Ohm ... 100 kOhm
Sensor supply	<=500µA
Current outputs
Max. output range	-21,5 ... 21,5 mA DC
Max. burden	400 Ohm
Residual ripple	20 µAss
Voltage outputs
Max. output range	-10,5 ... 10,5 V DC
Min. burden	10 kOhm
Residual ripple	10 mVss
Relay outputs A...D
Contacts R2 / R4	2 changeover contacts / 4 changeover contacts
Max. AC-breaking capacity	250 V AC, 2 A AC, 50Hz
Max. DC-breaking capacity	40 V DC, 2 A DC
Switching operations
Mechanical	10⁷
AC: 230V / 2A, cos(phi)=1	6 * 10⁵
AC: 230V / 2A, cos(phi)=0,4	2 * 10⁵
DC: 24V / 1A	2 * 10⁵
Transmission behaviour
Linearity error	< 0,2 % of the measuring range
Temperature influence	+/- 120 ppm/K of the measuring range
Rise time	500 ms (0...90 %, 100...10 %)
Rise time (temperature input)	< 1s (0...90 %, 100...10 %)
Supply
Voltage range AC	50 ... 253 V AC, 50/60 Hz
Voltage range DC	20 ... 253 V DC
Nominal voltage AC / DC	230 V AC / 24 V DC
Power consumption AC / DC	5,2 VA / 3,2 W
Power consumption with operating module AC / DC	5,4 VA / 3,6 W
Housing GVD
Dimensions (WxHxD)	23x110x134 mm
With operating module (bxhxt)	23x110x138 mm
Type of protection	IP 20
Connection method	Detachable terminal clamp
Terminals, wire cross section	2,5 mm² flex wire / 4 mm² one wire
Bolting torque terminals	0,5 Nm
Weight	~ 150 g
Manner of fastening	35 mm DIN rail 35mm
Housing GVF
Dimensions (WxHxD)	33x110x134 mm
With operating module (bxhxt)	33x110x138 mm
Type of protection	IP 20
Connection method	Detachable terminal clamp
Terminals, wire cross section	2,5 mm² Litze / 4 mm² Draht
Bolting torque terminals	0,5 Nm
Weight	~ 200 g
Manner of fastening	35 mm DIN rail
Environmental conditions
Ambient temperature	-10 ... 70 °C
Storage and transport	-20 ... 70 °C (no condensation)
EMC
Product family standard ²⁾	EN 61326-1
Emitted interference	EN 55011, CISPR11 Cl. B, Gr. 1
Electrical safety requirements
IP protection rating	2 (EN 60529)
Product family standard	EN 61010-1
Overvoltage category	II
Elevation	Max. 2000 m
Pollution degree	2
Galvanic isolation, Working voltages ³⁾
Input / output	300 V DC or ACeff EN 61010-1:Table 6/7 ^{4) 5)}
Input / supply unit	300 V DC or ACeff EN 61010-1:Table 4 ⁴⁾
Output / supply unit	300 V DC or ACeff EN 61010-1:Table 4 ⁴⁾
Galvanic isolation, test voltages
Input / output	2,5 kV, 50 Hz / 1 min. EN 61010-1: Tabelle 6/7 ^{4) 5)}
Input / supply unit	4 kV, 50 Hz / 1 min. EN 61010-1: Tabelle 5 ⁴⁾
Output / supply unit	4 kV, 50 Hz / 1 min. EN 61010-1: Tabelle 5 ⁴⁾

¹⁾ With 2-conductor the line resistance comes as an offset into the measurement.
²⁾ During electromagnetic disturbance minor changes in output signal are possible.
³⁾Maximum voltage permanently across the insulation.
⁴⁾ Double or reinforced insulation.
⁵⁾Maximum continuous input common-mode rise relative to ground: 50 V ACeff or 120 V DC

Block and wiring diagram

AD-VC 1 GVD

Dimensions

AD-VC 1 GVD

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Display and operating elements

On: LED for operating display in green
on - normal operation
flashing - Signal failure, signal outside range limits
Rel: two LEDs for relays A and B in red
on - relay activated
AD-PC: Communication interface for configuration by a PC
Communication interface for VarioControl

Modbus Communication

The optional AD-VarioConnect operating module has an RS-485 interface. The data is transferred via the Modbus RTU protocol, the AD-VarioConnect operating module represents a Modbus slave. Communication takes place according to the master-slave procedure and starts with a request from the master, e.g. from a PLC or a PC. Each bus participant must have a unique address. If a slave detects that its address has been addressed by the master, the slave always sends an answer. The slaves never communicate with each other. They are also not able to start a communication with the master.
The Modbus master can read out the individual registers of the AD-VC 1 GVD via the addresses.
The default standard data format is 19200,e,8,1 with slave address 1. These settings can be changed via the AD-VarioConnect operating module.

Start address	Number of registers	Name	Unit	Data type	read	write
Measured values:
40101	2	Input signal	InUnit	7	1	0
40103	2	Cold-junction temperature	°C	7	1	0
40301	2	Output signal 1	OutUnit	7	1	0
40303	2	Output signal 2	OutUnit	7	1	0
40601	1	Relay state A		3	1	0
40602	1	Relay state B		3	1	0
40615	1	Relay state C		3	1	0
40616	1	Relay state D		3	1	0
40801	2	Scaled input	ScUnit	7	1	0

Legend of the datatypes:

U08: 1	S08: 2	U16: 3	S16: 4	U32: 5	S32: 6	float: 7