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Rubidium crystal frequency standard - 10 MHz | SIM940
Stanford Research Systems' SIM940 incorporates a rubidium oscillator (SRS model PRS10) into the platform of SIM900 and provides a reliable and stable performance with a 20 year aging of less than 5 x 10-9 and a demonstrated rubidium...
Rubidium crystal frequency standard - 10 MHz | SIM940
Stanford Research Systems' SIM940 incorporates a rubidium oscillator (SRS model PRS10) into the platform of SIM900 and provides a reliable and stable performance with a 20 year aging of less than 5 x 10-9 and a demonstrated rubidium oscialltor MTBF over 200,000 hours estimate. The applications of the SIM940 lie in calibration and R & D laboratories or any other applications that demand a precision frequency standard. The three 10 MHz outputs with exceptionally low phase noise of -130 dBc/Hz at 10 Hertz offset coupled with one second Allan variance of
Atomic frequency standard - 10 MHz | PERF10
PERF10 Rubidium Audio Clock is a high-quality tool with an audio efficient and testing audiophiles...
Atomic frequency standard - 10 MHz | PERF10
PERF10 Rubidium Audio Clock is a high-quality tool with an audio efficient and testing audiophiles functionality with a frequency reference of unique stability and accuracy. This product also has the ability to produce an atomic strength and perfection which provides an ultra-low phase noise. It has eight 10 MHz, 75 Ω outputs and 10 year aging less than 5 ppb.
Rubidium crystal frequency standard - 5, 10 MHz | FS725
The FS725 is a distribution, low-noise AC power supply that utilizes a rubidium oscillator. It has a half-width 2U chassis that...
Rubidium crystal frequency standard - 5, 10 MHz | FS725
The FS725 is a distribution, low-noise AC power supply that utilizes a rubidium oscillator. It has a half-width 2U chassis that is very compact and gives a reliable and stable performance that has an estimated 20 year aging less than 5 by 10-9.
It even has a demonstrated oscillator MTBF that operates for more than 200,000 hours.
It is the ideal instrument in research and development laboratories, in calibration or any type of application that needs a precise frequency standard.
It even has a demonstrated oscillator MTBF that operates for more than 200,000 hours.
It is the ideal instrument in research and development laboratories, in calibration or any type of application that needs a precise frequency standard.
Reactive power controller - max. 12 VA, 160 - 240 VAC | RGT-12 series
The reactive power control relays are designed to decrease the reactive powers (inductive and capacitive) not used by the loads in the system and drawn from the network due to the characteristics of the loads. It intervenes...
Reactive power controller - max. 12 VA, 160 - 240 VAC | RGT-12 series
The reactive power control relays are designed to decrease the reactive powers (inductive and capacitive) not used by the loads in the system and drawn from the network due to the characteristics of the loads. It intervenes by activating a capacitor with suitable values if inductive power is drawn from the network. It intervenes by activating a shunt reactor with suitable values if capacitive power is drawn from the network. The users are requested to enter the current transformer value at first when it is energized after the connections of the device are completed. After you enter and approve this value, the system controls the transformer terminals according to the power it draws. After this test is completed, it starts the stage test and tests all stages. After the stage test is completed, it starts to intervene according to the system requirement.
Reactive power controller - max. 6 VA, 160 - 220 V | RGM series
The reactive power control relays are designed to decrease the reactive powers not used by the loads in the system and drawn from the network due to the characteristics of the loads. It intervenes by activating a capacitor...
Reactive power controller - max. 6 VA, 160 - 220 V | RGM series
The reactive power control relays are designed to decrease the reactive powers not used by the loads in the system and drawn from the network due to the characteristics of the loads. It intervenes by activating a capacitor with suitable values if inductive power is drawn from the network. When it is energized after the connections of the device are completed, it controls the current transformer terminals by holding and releasing the stages respectively. After this test, it starts to intervene in the system. The memory input terminal is shorted out and the current transformer connection test is stored.Single phase voltage and single phase current transformer. It can compensate the inductive systems. Easy-to-use It shows the Cosφ value of the relevant phase to which it is connected on the display. It functions through the method of holding and releasing respectively.
Reactive power controller - max. 10 VA, 220 V | RGT-08
It intervenes by activating a capacitor with suitable values if inductive power is drawn from the network. It intervenes by activating a shunt reactor with suitable values if capacitive power is drawn from the network.
You are requested to enter the current transformer value at first when it is energized after the connections of the device are completed. After you enter and approve...
You are requested to enter the current transformer value at first when it is energized after the connections of the device are completed. After you enter and approve...
Reactive power controller - max. 10 VA, 220 V | RGT-08
It intervenes by activating a capacitor with suitable values if inductive power is drawn from the network. It intervenes by activating a shunt reactor with suitable values if capacitive power is drawn from the network.
You are requested to enter the current transformer value at first when it is energized after the connections of the device are completed. After you enter and approve this value, the system controls the transformer terminals according to the power it draws. After this test is completed, it starts the stage test and tests all stages. After the stage test is completed, it starts to intervene according to the system requirement. It has the characteristics indicated below.
3-phase voltage and 3-phase current transformer
It can compensate the inductive and capacitive systems.
Single phase, two-phase and three-phase capacitor and shunt reactor may be connected.
It shows the active power, reactive power, Cosφ, THD, total active and total reactive energy values of each phase on LCD display.
It shows the 3-phase current, 3-phase voltage or 3-phase Cosφ values on the display.
It saves the total active and total reactive energy values.
The stage (capacitor and shunt reactor) value can be entered manually.
It shows the capacitor or reactor stage values individually for each phase.
The system intervention time can be adjusted.
Capacitor discharging time can be adjusted. Inductive/ Active and Capacitive / Active ratios (%) can be adjusted.
You are requested to enter the current transformer value at first when it is energized after the connections of the device are completed. After you enter and approve this value, the system controls the transformer terminals according to the power it draws. After this test is completed, it starts the stage test and tests all stages. After the stage test is completed, it starts to intervene according to the system requirement. It has the characteristics indicated below.
3-phase voltage and 3-phase current transformer
It can compensate the inductive and capacitive systems.
Single phase, two-phase and three-phase capacitor and shunt reactor may be connected.
It shows the active power, reactive power, Cosφ, THD, total active and total reactive energy values of each phase on LCD display.
It shows the 3-phase current, 3-phase voltage or 3-phase Cosφ values on the display.
It saves the total active and total reactive energy values.
The stage (capacitor and shunt reactor) value can be entered manually.
It shows the capacitor or reactor stage values individually for each phase.
The system intervention time can be adjusted.
Capacitor discharging time can be adjusted. Inductive/ Active and Capacitive / Active ratios (%) can be adjusted.
Reactive power controller - max. 12 VA, 160 - 240 VAC | RGT-18 series
The reactive power control relays are designed to decrease the reactive powers (inductive and capacitive) not used by the loads in the system and drawn from the network due to the characteristics of the loads. It intervenes...
Reactive power controller - max. 12 VA, 160 - 240 VAC | RGT-18 series
The reactive power control relays are designed to decrease the reactive powers (inductive and capacitive) not used by the loads in the system and drawn from the network due to the characteristics of the loads. It intervenes by activating a capacitor with suitable values if inductive power is drawn from the network. It intervenes by activating a shunt reactor with suitable values if capacitive power is drawn from the network. The users are requested to enter the current transformer value at first when it is energized after the connections of the device are completed. After you enter and approve this value, the system controls the transformer terminals according to the power it draws. After this test is completed, it starts the stage test and tests all stages. After the stage test is completed, it starts to intervene according to the system requirement.
Reactive power controller - max. 12 VA, 160 - 240 V | RGT-24 series
The reactive power control relays are designed to decrease the reactive powers (inductive and capacitive) not used by the loads in the system and drawn from the network due to the characteristics of the loads. It intervenes...
Reactive power controller - max. 12 VA, 160 - 240 V | RGT-24 series
The reactive power control relays are designed to decrease the reactive powers (inductive and capacitive) not used by the loads in the system and drawn from the network due to the characteristics of the loads. It intervenes by activating a capacitor with suitable values if inductive power is drawn from the network. It intervenes by activating a shunt reactor with suitable values if capacitive power is drawn from the network. The users are requested to enter the current transformer value at first when it is energized after the connections of the device are completed. After you enter and approve this value, the system controls the transformer terminals according to the power it draws. After this test is completed, it starts the stage test and tests all stages. After the stage test is completed, it starts to intervene according to the system requirement.
Reactive power controller - computer SMART III
The computer SMART III is a reactive power controller, manufactured by Circutor. This product is used with three measuring transformers that provides the functions of an integral power analyzer...
Reactive power controller - computer SMART III
The computer SMART III is a reactive power controller, manufactured by Circutor. This product is used with three measuring transformers that provides the functions of an integral power analyzer and controlling the residual leakage currents.
This product is a regulator that assures preventive maintenance operations through programming its alarm and testing the options of the status of capacitor. This also supplies a maximum supervision and safeness of the compensation unit.
It can be connected with 1 or 3 transformers, making this SMART III is a suitable regulator in any installation. It is operated in changes in reactive energy penalties and consumption habits, and in significant imbalances in the system.
This product is a regulator that assures preventive maintenance operations through programming its alarm and testing the options of the status of capacitor. This also supplies a maximum supervision and safeness of the compensation unit.
It can be connected with 1 or 3 transformers, making this SMART III is a suitable regulator in any installation. It is operated in changes in reactive energy penalties and consumption habits, and in significant imbalances in the system.