Product Description:
The 6105A and 6100B provide signals, enabling low-skilled operators to complete the above process effectively and quickly. More importantly, it ensures that the verification process can be completed thoroughly and accurately, and all measurements can be traced back to national and international standards. The 6100A is designed to independently and simultaneously generate a comprehensive power quality signal array with extremely high precision on one phase, two phases, three phases or four phases. The 6100B and 6105A products have added more practicality and expanded the function of energy calibration. The new product offers greater flexibility than the 6100A.
So far, the three-phase system requires one 6100A "master station" and two 6101A "auxiliary" units. The main station units 6100B and 6105A only need to reconfigure the communication cables to be configured as auxiliary equipment. This provides more options for the combination of instruments in different systems. A new 50A option has been added on the basis of the existing 80A. The 50A option can be configured so that all current ranges can be obtained through the same terminal.
Phantom power supply
The 6100B and 6105A will provide a pure sinusoidal voltage of 1008V and a current of 21 amperes. The voltage terminal can provide up to 50 VA of power to support instruments that obtain power from the measurement line or those with voltage circuits of multiple devices connected in parallel. The current output provides peak compliance of up to 14V to ensure current supply in Settings involving long cables, connectors and switches, or in cases where the current circuits of multiple instruments are connected in series. The current output can also generate an auxiliary voltage to simulate the signals that sensors or current probes may produce. The 50A and 80A options offer higher AC current output.
In addition to the V, I and phase Angle values set by the user, the screen display also shows the calculated values of active power (W), apparent power (VA), reactive power (VAR) and power factor (PF). The reactive power of non-sinusoidal signals is calculated by 6100B and 6105A using any of the seven user-selectable methods. When 6100B or 6105A is connected to form a three-phase WYE or three-phase three-wire Delta system, users can choose to view the VA, power and VAR of each phase or the total of the three phases separately. Three-phase imbalance is also shown when choosing the IEC or NEMA calculation method.
In this operating mode, the 6100B can be used to calibrate or verify the measurements of power, VA, VAR, phase Angle, power factor, voltage and current on single-phase or multi-phase instruments.
Resolution and accuracy
The 6100B has set a new benchmark for the accuracy of electrical power calibration standards. The generation accuracy of voltage and current is as high as 6 bits, with an accuracy of less than 0.005% (50 ppm). Phase adjustment provides a resolution of 1 millidegree or 10 microradians. The phase performance is extremely excellent. The accuracy of the 6100B is 3 millimeters, and that of the 6105A is 2.3 millimeters. In a multiphase system, the phase accuracy between phase voltages is 5 millidegrees.
Complex measurement
The 6105A and 6100B can generate various complex signals, including:
Flickering
"Harmonic"
Sudden drop and expansion
Inter-harmonic
Fluctuating harmonic
Apply simultaneously
"多相作" 可 以 翻 译 为 "multiphase"
The 6105A and 6100B main units provide independent single-phase operation, featuring one voltage and one current output. For multiphase applications, adding one or more 6101B or 6106A auxiliary units can provide additional phases with the same performance, but without the overhead of control or display. Other stages can be added separately until up to four stages are reached. To enhance flexibility, the 6100B and 6105A master station units can be configured as auxiliary equipment within seconds. In a multiphase system, each phase remains completely independent and electrically isolated, but is synchronized with and controlled by the main unit. This means that applications requiring phase imbalance are simple and easy to implement. The multiphase 6100B/6105A system must be connected together in a four-wire WYE configuration. The simulation of three-phase, three-wire Delta and three-phase, four-wire Delta can be easily arranged simply by changing the Settings through the user interface
Options 80A and 50A
Two options with higher currents are provided. Option 80 A provides sockets ranging from 0 A to 80 A through 100 mm. The output of the standard current range cannot be wired through these connectors. The 50 A option is also available from 0 A to 50 A through a 100 mm socket. With the 50 A option, the operator can choose to route all the current through A 100mm socket or output within the range of 0 A to 21 A through the standard terminal
Energy option
A comparator has been added to the energy options 6100B and 6105A. The six input channels can be configured separately as "Meter Constant". Users can choose to reference. The energy accuracy of 6105A is almost as good as that of any external device. However, 6100B users can choose to use external reference standards. Compare the measured electrical energy with the reference value and the percentage error reported by each device under test.
"CLK option"
The CLK option is an additional reference signal provided by the rear panel.
Reference signal
It is not uncommon for the system to be synchronized by a common clock signal, especially when using sampling techniques. 6105A and 6100B provide the following signals:
Phase reference: A CMOS logic signal whose rising edge coincides with the forward zero-crossing of the fundamental voltage.
Sampling reference: CMOS logic signal synchronized with internal sampling. It can be used for synchronous sampling equipment for system calibration.
Reference signal output (available only when the "CLK" option is installed) : TTL compatible 10 MHz or 20 MHz reference output signal, which comes from the system master clock.
