Shanghai Huabang Industrial Business Network - overcurrent relay

[overcurrent relay]JGL-16 Time limited overcurrent relay

2026-6-12 11:41:50

JGL-16 time limited overcurrent relay

[overcurrent relay]JL-8DG Rail type timed overcurrent relay

2026-6-12 11:41:42

JL-8DG rail type timed overcurrent relay

[overcurrent relay]JL-8CG Rail type inverse time overcurrent relay

2026-6-12 11:41:33

The JL-8CG rail type inverse time overcurrent relay is divided into inverse time overcurrent relay and timed overcurrent relay, and is currently the latest product on the market. The function is based on the same principle as before, reducing the volume by two-thirds, greatly facilitating customer selection. The new overcurrent relay has a novel style and excellent performance. Easy to use and intuitive. It is actually the most ideal product to replace all overcurrent relays.
Rail type overcurrent relay (hereinafter referred to as relay). It is composed of conventional integrated circuits and digital circuits, and its I-t delay characteristics comply with the national society IEC255-4 standard. At the same time, considering the interchangeability of domestic electromagnetic (GL type) inverse time overcurrent relays, non-standard inverse time characteristic relays can also be provided according to actual system operation requirements. Each relay in this series is equipped with a low overrunning quick disconnect outlet. When combined with other types of relays, it can form different types of protection functions. Therefore, it can be applied to relay protection of various types of power equipment.
At present, the transmission systems with voltage levels below 35kV in China's power system generally use current protection devices with incomplete star connections, and overcurrent protection is mostly used. Among them, overcurrent protection is generally time limited or inverse time limited. Considering the traditional practice of relay protection in China, this relay adopts two-phase current protection, which can be selected with reverse time limit or fixed time limit. Both overcurrent and rapid break of the two phases can be independently set, with overcurrent and rapid break independent tripping outlets and alarm signal output contacts.
working principle
The CT secondary current forms a weak voltage through the converter, and the inverse time starting current is set, filtered, rectified, filtered, and automatically extracts the maximum fault phase current, which is sent to level detection to form an open circuit. The characteristic quantity is inserted into the circuit to form different types of inverse time characteristic curves. The V-F circuit is sent to the timer, and when it is consistent with the set delay, the circuit sends a pulse signal to the amplifier to drive the KF inverse time outlet relay. Quick break setting and automatic extraction of maximum fault phase current to be sent to the integration level detector. After discrimination with the preset level, a pulse signal is sent to the amplifier to drive the KS quick break output relay.

The JL-8CG rail type inverse time overcurrent relay has the following characteristics:
1. No DC auxiliary power supply;
2. Completely using dial switches for setting, convenient and intuitive;
3. Has strong anti-interference ability;
4. There is no mechanical jamming phenomenon in the original electromagnetic overcurrent relay;

Main parameters of JL-8CG rail type inverse time overcurrent relay
Product features: All products meet the following technical parameters [except for products with special requirements]
1. Return time: In the method of cutting off the circuit, the relay is powered off, and the return time of the relay is not more than 30mS; except for power-off delay time relays
2. The allowable range of voltage variation for the power supply is 0.8 to 1.1 times the rated voltage, and the power supply circuit can also be wide;
3. Contact capacity: The output contact of the relay can disconnect up to 250V, and the DC inductive load circuit with a time constant of 5 ± 0.75mS is 50W; the AC circuit with a voltage not exceeding 250V is 50VA. The relay can be connected for a long time for 5A.
4. Power consumption: not exceeding 5W at rated voltage.
5. Environmental temperature: -10 ��~+50 ��.
6. The conductive terminals of the dielectric strength relay are connected together to withstand an AC voltage of 2000V (effective value) between exposed non charged metal parts or casings, and tested for 1 minute without insulation breakdown or arcing. 7. The conductive terminals of the insulation resistance relay are connected together, and the insulation resistance between the exposed non-metallic parts and the shell is measured with a megohmmeter with an open circuit voltage of 500V, and the insulation resistance is not greater than 300M ��.
8. The contact points of the electric life relay are connected to a circuit load with a specified capacity, and the electric life is 100000 times.
9. Anti interference performance: Relay interference complies with DL478-92 "General Technical Conditions for Static Relay Protection and Safety Automatic Devices".

JL-8CG rail type inverse time overcurrent relay

[overcurrent relay]HGL-10 series static inverse time overcurrent relay

2026-6-12 11:41:24

The HGL series static inverse time overcurrent relay is used in relay protection circuits of motor transformers and other equipment, as well as transmission and distribution systems. It is particularly suitable for plants without DC equipment. When the main equipment or transmission and distribution system experiences overload and short circuit faults, the relay can reliably operate within the predetermined time limit, cut off the faulty part, and meet the requirements of the power department's compression time step difference countermeasures.

2. Main technical parameters
Overcurrent setting range: 2-20A, with a step difference of 0.1 A.
Quick break current multiple: 2-12 times.
Delay time setting range: 0.1-999.9S, with a difference of 0.1S.
The setting range of quick break delay time is 0.1-0.9S, with a step difference of 0.1S.
Contact capacity: AC250V, can be connected for a long time for 5A, and the closing contact can break the current AC �� 2A.
Power consumption: When the current is at the rated value, the power consumption of the relay is not more than 5W.

3. Inverse time delay characteristic table and curve calculation formula
Inverse Time Delay Characteristics Table (S) HGL Series Static Inverse Time Overcurrent Relay

Curve calculation formula: T=K.TS {(1+IS/100I). IS/I]/COS ARC SIN (IS/I)
T: Action time TS: DIP setting value IS: Set current value I: Input current value K: Circuit coefficient 0.908
4. Terminal wiring and setting methods

Terminal wiring diagram

HGL-10 series static inverse time overcurrent relay

[overcurrent relay]LL-7A series overcurrent relay

2026-6-12 11:41:16

LL-7A series overcurrent relay

[overcurrent relay]DL-1A series overcurrent relay

2026-6-12 11:41:07

DL-1A series overcurrent relay

[overcurrent relay]JL3 series overcurrent relay

2026-6-12 11:40:58

1. Overview:
The JL3 series overcurrent relay is mainly used for current control in control circuits with AC 380V and below and DC 440V and below.

2. Model parameters:
The rated current of the relay contacts is 5A
The number of contacts in a relay is 2 pairs, forming one normally open, one normally closed, two normally open, or two normally closed contact combinations.
The operating current specifications of the relay are as follows: starting rated value, DC or AC operation (only one specification can be selected for the two methods): 1,1. 5, 2. 5��5��10��15��25��40��60��100��150��300��600

Installation dimensions of JL3 series overcurrent relay:

JL3 series overcurrent relay

[overcurrent relay]LL-5C type overcurrent relay

2026-6-12 11:40:50

1. Overview:
LL-5A, LL-5B, LL-5C current relays are used for short-circuit or overload protection in power system relay protection lines.

2. Model parameters:

Auxiliary DC voltage (V)	Communication rated value	set value (When only one hole is inserted) (A)	Setting range (A)	Minimum level difference (A)
two hundred and twenty	50Hz 1A	0.05,0.06,0.07, 0.09,0.13,0.21,0.37	0.05-0.68	zero point zero one
two hundred and twenty	60Hz 1A	0.1,0.15,0.2 0.3,0.6,0.9,1.7	0.1-3.25	zero point zero five
one hundred and ten	50Hz 1A	0.5,0.55,0.6 0.7,0.9,1.3,2.1	0.5-3.65	zero point zero five
		1.5,1.6,1.7,1.9 2.3,3.1,4.7	1.5-7.8	zero point one
		4,4.2,4.4,4.8 5.6,7.2,10.4	4-16.6	zero point two
forty-eight	60Hz 1A	5,5.5,6,7 9,13,21	5-36.5	zero point five
forty-eight	60Hz 1A	10,11,12,14,18,26,42	10-73	one

LL-5C overcurrent relay

[overcurrent relay]SL-61,SL-62,SL-63,SL-64 series static overcurrent relay

2026-6-12 11:40:41

model	Rated current (A)	Range of action current setting (A)	Grade difference (A)	Inverse time delay time under 10 times action current (s)	Output contact form	Speed multiplier	return coefficient	AC circuit power consumption (VA)	Contact breaking capacity
									AC Circuit (VA)	DC circuit (W)
SL-61/	two	1-2.5	zero point one	0.5-4	A pair of dynamic contact points	2 - 10	��0.9	��6	two hundred and fifty	thirty
	five	2-5
	ten	4-10
SL-62/	two	1-2.5		1-1.6
	five	2-5
	ten	4-10
SL-63/	two	1-2.5		0.5-4	A pair of dynamic contact points and a pair of conversion contact points
	five	2-5
	ten	4-10
SL-64/	two	1-2.5		1-1.6
	five	2-5
	ten	4-10

SL-61, SL-62, SL-63, SL-64 series static overcurrent relays

[overcurrent relay]SL-11,SL-12 series static overcurrent relay

2026-6-12 11:40:32

model

Rated current A

rated value

Inverse time delay time under 10 times action current (s)

Multiple of quick action current setting value

return coefficient

Auxiliary DC voltage (V)

Communication (measurement) circuit power consumption (VA) (at the set value of action current)

DC auxiliary circuit power consumption (W)

Output contact form

contact capacity

Action current setting value

220 V

110 V

48 V

Main contact connected (A)

Auxiliary contact connection and disconnection

SL-11/2

two

0.05,0.75 1,1.5,2

0.5-4

2 10 20

��0.9

220 110 48

��0.1

twenty

ten

five

A pair of movable main contact points

five

SL-11/4

four

1,1.5, 2,3,4

SL-11/12

twelve

3,4,5,6, 9,12

SL-12/2

two

0.05,0.75 1,1.5,2

1-6

SL-12/4

four

1,1.5, 2,3,4

SL-12/12

twelve

3,4,5,6, 9,12

model

Rated current A

rated value

Inverse time delay time under 10 times action current (s)

Multiple of quick action current setting value

return coefficient

Auxiliary DC voltage (V)

Communication (measurement) circuit power consumption (VA) (at the set value of action current)

DC auxiliary circuit power consumption (W)

Output contact form

contact capacity

Action current setting value

220 V

110 V

48 V

Main contact connected (A)

Auxiliary contact connection and disconnection

SL-13/2

two

0.05,0.75 1,1.5,2

0.5-4

2 10 20

��0.9

220 110 48

��0.1

twenty

ten

five

One set of dynamic closing main contacts and one set of conversion auxiliary contacts

five

SL-13/4

four

1,1.5, 2,3,4

SL-13/12

twelve

3,4,5,6, 9,12

SL-14/2

two

0.05,0.75 1,1.5,2

1-6

SL-14/4

four

1,1.5, 2,3,4

SL-14/12

twelve

3,4,5,6, 9,12

4. Installation dimensions:

5. Wiring diagram of SL-11 and SL-12 series static overcurrent relays:

SL-11, SL-12 series static overcurrent relay

[overcurrent relay]JL5 type overcurrent relay

2026-6-12 11:40:24

The JL5 overcurrent relay is mainly used on controllers or protection switch boards as overload and short-circuit protection for AC motors. Not suitable for working unconditionally.

2. Model parameters:

Coil code	Allowable current (A) Power on continuity rate		adjustment range (An)	Calibration scale (An)
Coil code	100%	90%	adjustment range (An)	Calibration scale (An)
one	six hundred	nine hundred	720-2300	700, 1500, 2250
two	three hundred	four hundred and fifty	360-1160	375, 750, 1100
four	one hundred and fifty	two hundred and twenty-five	192-585	200, 400, 550
six	one hundred	one hundred and fifty	120-455	140, 200, 400
eight	eighty	twelve	96-312	110, 200, 300
eleven	sixty	ninety	72-233	80, 150, 225
sixteen	forty	sixty	48-150	55, 100, 150
thirty-two	twenty	thirty	24-78	25, 50, 75
forty-five	fifteen	twenty-five	18-62	20. 35, 54
sixty-four	ten	fifteen	12-39	13. 25, 38
one hundred and twenty-five	six	ten	10-25	9. 20, 30

Installation size:

JL5 type overcurrent relay

[overcurrent relay]JL4 type overcurrent relay

2026-6-12 11:40:15

1. Overview:

The JL4 overcurrent relay is used on magnetic controllers or circuit boards for the transportation and short-circuit protection of AC and DC motors, and is not suitable for operation under the following conditions. In places with corrosive gases and filled with conductive dust or water vapor. Places with severe vibrations or strong jolts and a vertical inclination of more than 5 degrees.

2. Model parameters:

Coil code	rated current	Adjustment range A	Calibration Scale A
one	six hundred	720-2300	750, 1500, 2250
two	three hundred	360-1160	375, 750, 1100
four	one hundred and fifty	192-585	200, 400, 550
six	one hundred	120-455	150, 300, 450
eight	eighty	96-312	100, 200, 300
eleven	sixty	72-233	75, 150, 225
sixteen	forty	48-150	50, 100, 150
thirty-two	twenty	24-78	25, 50, 75
forty-five	fifteen	18-62	20. 40, 30
sixty-four	ten	12-39	13. 25, 38

4. Installation dimensions:

JL4 type overcurrent relay

[overcurrent relay]JLK1 type overcurrent relay

2026-6-12 11:40:06

1. Overview:
The JLK1 overcurrent relay is mainly used for protection in control circuits with AC 380V and below and DC 440V and below.

2. Model parameters:
The specifications of relays include JLK1-1, 2, 3, 4, 5, and 6
The number of contacts of the relay is one pair, with normally closed contacts.
The rated current of the relay attraction coil is as follows: 1.6A, 1.8A, 2.4A, 2.5A, 5A
Special specifications can be customized

3. Structural characteristics of JLK1 overcurrent relay:

4. Installation dimensions:

5. Wiring diagram:

JLK1 type overcurrent relay

[overcurrent relay]HSL-10 series static timed overcurrent relay

2026-6-12 11:39:58

1. Application scope
The HSL series static inverse time overcurrent relay is applied in the relay protection circuit of motor transformers and other equipment, as well as transmission and distribution systems. It is suitable for plants without DC equipment. When the main equipment or transmission and distribution system experiences overload and short circuit faults, the relay can reliably operate within the predetermined time limit, cut off the faulty part, and meet the requirements of the power department's compression time difference countermeasures.
The HSL series can replace GL-11, 21, 12, 22, 13, 23, 14, 24
15. 25, 16, 26 overcurrent relays can also replace DL-10, DL-
20, DL-30 series current relay.

2. Main technical parameters
Overcurrent setting range: 2-9.9A, with a step difference of 0.1A.
Quick break current multiple: 2-8 times.
Delay time setting range: 0.1-9.99S, with a difference of 0.1S.
Contact capacity: AC250V, can be connected to 5A for a long time, and the closing contact can break the current AC �� 2j
Power consumption: When the current is at the rated value, the power consumption of the relay is not more than 5W.

3. Terminal wiring and setting methods
-Terminal wiring diagram

-Use wiring diagram

Setting method
There are three sets of digital switches on the relay panel, from left to right, which are the overcurrent action value, current quick break multiple, and overcurrent action time value. For example, if the overcurrent setting value is 7.5A and the quick disconnect digital switch is set to "3", the quick disconnect setting value is 22.5A, the maximum overcurrent action time is 9.99s, and the step difference is 0.01S.

[overcurrent relay]LL-10 series overcurrent relay

2026-6-12 11:39:49

LL-10 series overcurrent relay

[overcurrent relay]GL-15 type overcurrent relay

2026-6-12 11:39:40

GL-15 overcurrent relay is used to protect motors, transformers, and transmission lines from overload and short circuit.

0.5-4S 5A ,10A

GL-15 overcurrent relay

[overcurrent relay]LL-11 type overcurrent relay

2026-6-12 11:39:32

LL-11 overcurrent relay is used to protect motors, transformers, and transmission lines from overload and short circuit.

2-16s 5A 10A

LL-11 overcurrent relay

[overcurrent relay]JSL-15/A type static overcurrent relay

2026-6-12 11:39:23

JSL-15/A static overcurrent relay is used to protect motors, transformers, and transmission lines from overload and short circuit

JSL-15/A type static overcurrent relay

[overcurrent relay]JGL-15 type static overcurrent relay

2026-6-12 11:39:14

JGL-15 static overcurrent relay is used to protect motors, transformers, and transmission lines from overload and short circuit

AC 2-20A

JGL-15 Static Overcurrent Relay

[overcurrent relay]JLS-2 type three-phase (two-phase) timed overcurrent relay

2026-6-12 11:39:06

JLS-2 type three-phase (two-phase) timed overcurrent relay

[overcurrent relay]DZ-500Q overload relay

2026-6-12 11:38:57

The DZ-500Q series intermediate relay is used in DC voltage to 220V protection and automatic control circuits to expand the control range and improve contact capability.

Overview of Structure 2
2.1 The DZ-500Q series intermediate relay adopts embedded installation, and the main body of the relay is a plug-in structure.
The main body of the DZ-500Q series intermediate relay is the same as that of the DZ-500 series intermediate relay.
The internal wiring diagram of the DZ-500Q series intermediate relay is shown in Figure 1.
The appearance and installation diagram of the intermediate relay in the DZ-500Q series are shown in Figure 2.

Figure 1 Internal wiring diagram of DZ-500Q series intermediate relay
According to this, DZ-501Q DZ-502Q DZ-503Q DZ-504Q DZ-505Q

Figure 2: Outline and Installation Dimensions of DZ-500Q Series Intermediate Relays

3 Technical data
3.1 The classification of relay models and specifications is shown in the table below.

rated voltage	Specification Model	Number of contact points
rated voltage	Specification Model	Dynamic combination	Dynamic interruption	transformation
24��48�� 110��220	DZ-501Q	two	0
	DZ-502Q	0	0	two
	DZ-503Q	two	0	two
	DZ-504Q	0	0	four
	DZ-505Q	six

3.2 The gap and contact pressure between relay contacts shall comply with the following regulations
3.2.1 The gap between contacts shall not be less than 0.9mm.
3.2.2 The contact pressure of the dynamic breaking contact should not be less than 15cN.
3.2.3 The contact pressure of the dynamic contact point should not be less than 25cN.
When the temperature of the surrounding medium is+20 ��± 5 ��, the operating voltage of the relay shall not exceed 70% of the rated voltage.
3.4 The operating time of electrical appliances at rated voltage should not exceed 0.04 seconds.
3.5 The breaking capacity of relay contacts
3.5.1 In a DC circuit, when the voltage does not exceed 250V and the current does not exceed lA, and there is an inductance (time constant not greater than 5 × 10-3S), the breaking power of the contacts is 50W.
3.5.2 In an AC circuit, when the voltage does not exceed 250V and the current does not exceed 2.5A, and the power factor is not less than 0.8, the breaking power of the contacts is 500VA.
When the relay is in the closed position, it should be able to flow 5 amperes for a long time, and the temperature rise of the contacts should not exceed 60K.
3.6 When the temperature of the surrounding medium is 20 ��+5 �� and the relative humidity is 65 ± 15%, the coil and conductive parts of the relay are connected to the yoke and iron
The insulation resistance of the core should not be less than IOOM ��.
When the temperature of the surrounding medium is+40 ��, the coil of the relay should be able to withstand 110% of the rated voltage for a long time, and its temperature rise should not exceed 65k.
The coil and all conductive parts of the relay should be able to withstand AC 50Hz, 2kV, and a test voltage of 1min for the dielectric strength of the iron core and yoke. There should be no breakdown or flashover phenomenon.
At rated voltage, the power consumption of the relay shall not exceed 3W.
3.10 Relays should be able to withstand 106 closures and 106 disconnections at rated voltage, with the first 105 closures and 105 disconnections
The contacts should be operated under the power allowed for closing and opening in Article 3.5 without the need for additional adjustment. In the future, the contacts should be operated without load during 9 × 105 closing and 9 × 105 opening. After the test is completed, the relay's operating time can be increased to 0.05s, and the temperature rise of the contacts should still comply with the provisions of Article 3.5.3.

4 Ordering Instructions
4.1 Relay name, model, and quantity.
4.2 Rated voltage and current of relay.
4.3 The coil resistance is the same as the DZ-500 series.

[overcurrent relay]GG-22 overload relay

2026-6-12 11:38:48

The GG-22 overload relay is used to protect the AC generator from overload when disconnecting parallel running generators.

Overview of Structure 2
Overload relays are based on the principle of induction and operate with a rotating magnetic field.
The relay consists of an upper and lower magnetic circuit system in the magnetic conductor. The current coil is placed in the upper magnetic circuit system and is powered by a current transformer connected to a certain phase of the generator. Two series connected voltage coils are placed in the lower magnetic circuit system and connected between the phase voltages of the generator.
The rotating system of the relay has an aluminum disc fastened to the shaft (with steel shaft tips pressed into both ends of the shaft), and the rotating system is supported by steel balls located on the bearing screws through the shaft tips.
A gear is installed on the shaft of the aluminum disc, which meshes with the gear equipped with relay contacts: a balance spring that generates a reaction torque is fastened to the contact gear shaft.
The static contacts of the relay are fixed between the phosphor copper sheets on the rubberwood insulation base, and the screws installed on the contact base can adjust the position of the relay's static contacts. When the protected power grid experiences overload, torque is generated on the aluminum plate; Under the action of aluminum disc torque, the relay contacts close, the automatic switch on the current collection and discharge system operates, the relay current coil circuit is disconnected, and the balance spring of the rotating system returns to its original position.
Changing the number of turns of the relay current coil can alter the setting value of the relay's operating power, and the tap of the current coil is welded to the socket. The socket has three sockets, which correspond to 105%, 110%, and 115% of the rated power of the relay at rated voltage. When using a standard instrument current transformer, the relay operating power should be adjusted according to Table 1.
For the set value of known action power, simply insert it into the corresponding socket.
When converting loads, it is necessary to first screw the spare plug into the socket according to the required operating power, and then unscrew the first plug and insert it into the empty socket.
The relay has a delay device, which is related to power and is generated by the rotation of the aluminum disk of the rotating system between the permanent magnet poles. The permanent magnet is installed at the front of the relay.
Changing the stop position of the relay's moving contact can alter the setting value of the relay's action delay.
The stop lever is pointer type and can move along the dial. The division unit is seconds, and 0.25s, 0.5s, and 1s are engraved on the dial
1.5s��2s��2.5s��
When the contact is closed, the steel stopper located on the moving contact is close to the small permanent magnet fixed on the bottom plate of the contact system and is attracted, thereby ensuring the reliable closure of the contact system.
The magnetic conductor, rotating system, and contact system of the relay are installed on an aluminum silicon alloy frame, which is mounted on an aluminum silicon alloy base. The base is equipped with two terminal blocks, which are connected to the coil and contacts of the relay with wires. The base is also used to fasten the relay to the distribution panel.
The relay has a cover to protect the mechanism from mechanical damage and prevent water droplets from entering.
The internal wiring diagram during the relay period is shown in the GG-21 relay.

3 Technical data
3.1 Rated voltage: 127 and 230V, 50HZ.
3.2 Rated current: 5A.
3.3 When the relay is at its maximum sensitive angle, the operating current is 3.35A (at this time, the power factor of the generator grid is 1)
3.4 Maximum sensitivity angle: 30 ° -3 °.
3.5 Action power: 105%, 110%, and 115% of the rated action power.
3.6 The rated operating power is rated voltage × 3.35 × 1.
3.7 Action time at 1.2 times the action current: 0.25s, 0.2s, 1s, 1.5s, 2s, and 2.5s.
The rotational torque of the 3.8 relay is determined by the following equation:
M=K·Vp·Ip·COS(w+��)
Among them: K-proportionality coefficient VP - voltage applied to the relay
IP - current through relay w - vector VP and phase angle between IP
�� - For this relay, it is 30 °
The setting of relay action power is carried out when the phase angle between rated voltage and current lead voltage is 30 °.
3.10 Delay setting is carried out when the phase angle of the lead voltage is 30 ° at 1.2 times the operating current of the rated voltage.
The ratio of the return power of the 3.11 relay to the operating power when the return coefficient returns to the initial position is not less than 0.6, and it is checked when the operating time is 0.25-1s.
The appearance and opening size diagram of the 3.12 relay are shown in the GG-21 relay.
3.13 Actual data of operating power of GG 22 relay when using standard measurement of current transformer

generator

power

PH(Kw)

Rated current of generator

Ie=Pe/SQRT(3) Ve cos�� c

current

mutual inductor

transformation ratio

When the rated current of the generator is reached

Transformer current

I2��A��

Relays with different setting values

Percentage of action power (%)

IDZ=105��×le

Action current of time

whether

want

calibration

pointer

move

direction

When IDZ=105% × 3.35/0.8

When IDZ=110% × 3.35/0.8

When IDZ=115% × 3.35/0.8

twenty-five

forty

fifty

seventy-five

one hundred

one hundred and fifty

two hundred

two hundred and twenty-five

two hundred and fifty

three hundred

four hundred

five hundred

six hundred

six hundred and fifty

seven hundred and fifty

one thousand

forty-five point two

seventy-two point three

ninety point four

one hundred and thirty-five

one hundred and eighty-one

two hundred and seventy-one

three hundred and sixty-two

four hundred and seven

four hundred and fifty-one

five hundred and forty-two

seven hundred and twenty-four

nine hundred and three

one thousand and eighty

one thousand one hundred and seventy

one thousand three hundred and fifty

one thousand eight hundred and ten

ten

fifteen

twenty

thirty

forty

sixty

eighty

one hundred and twenty

one hundred and fifty

two hundred

three hundred

four hundred

four point five two

four point eight one

four point five two

three point three nine

three point seven six

four point five two

four point eight one

four point five two

three point six two

three point nine one

four point five two

ninety-seven point five

ninety-one point five

ninety-seven point five

one hundred and twenty-nine point five

one hundred and seventeen

ninety-seven point five

ninety-one point five

ninety-seven point five

one hundred and twenty-one point five

one hundred and twelve point five

ninety-seven point five