10pcs/tray, 180pcs/cartons, carton size: 40*30*15cm, 24cartons a pallet
High-strength cartons, good for long-distance export transport
The selection of time relay is mainly due to the delay mode and parameter coordination. The following aspects should be considered when selecting.
(1) The choice of delay mode. The time relay has two types of power-on delay or power-off delay, which should be selected according to the requirements of the control circuit. The reset time after the action is longer than the inherent action time, so as to avoid malfunction, or even no delay. This is especially important in the occasions of repeated delay circuits and frequent operations.
(2) Type selection. For occasions that require low delay accuracy, generally cheaper electromagnetic or air damping time relays are used; conversely, for occasions that require high delay accuracy, electronic time relays can be used.
(3) Coil voltage selection. Select the voltage of the time relay to attract the coil according to the voltage of the control circuit.
(4) Selection of power supply parameter changes. In the occasions where the power supply voltage fluctuates greatly, it is better to use air damping or electric time relays than the transistor type. In the occasions where the power supply frequency fluctuates, electric time relays should not be used. When the temperature changes greatly, air should not be used. Damping time relay.
Ordering Information |
1: What is your packing based on the price you quoted?
A: The price we quoted is based on export carton that we normally use.
2: Can we mark our own logo on product ?
A: Yes, we can make the logo for you. But please provide authorization.
3: What about the warranty?
A: We are very confident in our products, and we pack them very well, so usually you will receive your order in good condition.
4: Are you manufacturer or trading company?
A: Our company is manufacturer and sale by ourselves.
Models | TKB2B | TKB4B | |
Rated supply voltage | 120VAC, 230VAC 50/60Hz; DC24V | ||
Operating voltage range | Rated voltage 85-110% (90%-110% is DC12V) | ||
Power consumption | 3.5W | ||
Max. output load | 5A, 250 VAC (p.f.=1) | 3A, 250 VAC (p.f.=1) | |
Min. output load | 10 mA, 17 VDC | ||
Repetitive error | ±2% (FS max.) | ||
Setting error | ±5% (FS max.) | ||
Voltage error | ±2% (FS max.) | ||
Temperature error | ±2% (FS max.) | ||
Resetting time | Min. time: 0.2 sec | ||
Insulation resistance | 100MΩ (DC500V) | ||
Dielectric strength | Between current-carrying and Non-current-carrying parts 2000V 50/60Hz min | ||
Between control output terminals and operating circuit1500V 50/60Hz min | |||
Between contacts 1000V 50/60Hz min | |||
Vibration resistance | Destruction | 10~55Hz with 0.75mm single amplitude each in 3directions for 2 hours each | |
Malfunction | 10~55Hz with 0.5mm single amplitude each in 3 directions for 10 minutes each | ||
Shock resistance | Destruction | 30G | |
Malfunction | 10G | ||
Ambient temperature | -10ºC~55ºC | ||
Ambient humidity | 35%~85%RH | ||
Life expectancy | Mechanical | >107 (under no load, at 1,800 operations/hour) | |
Electrical | >105 | ||
Weight | Approx. 60g |